Phenoxyethanol also named 2-Phenoxyethanol, is used for cosmetic preservation, pharmaceutical bactericides and industrial cleaning. HiSiaddi can provide original factory supplies of multiple Chinese brands and the "1+2+3+4=1" service.
Wanhua Chemical supplies cosmetic grade WH-PE-99.5, pharmaceutical grade WH-PE-99.8 and industrial grade WH-PE-99.0 with purity 99.0%-99.8%, moisture ≤0.05%, low chromaticity (≤10APHA), broad-spectrum antibacterial property and stability within pH 2-9. Priced 15%-20% lower than Evonik, it adapts to high-end cosmetic groups and global pharmaceutical disinfection manufacturers.
Kesi Co., Ltd. provides cosmetic grade KS-PE-99.5 and compound grade KS-PE-90 (special for PE9010) with purity ≥99.5%, moisture ≤0.03%, low odor and low irritation, delivering excellent compound performance for high-end skin care/maternal and infant products. Positioned at mid-to-high end with a price 5%-8% higher than Wanhua Chemical.
HiSiaddi Exclusive Service: Provides microbial/heavy metal testing for cosmetic grade products and FDA certification for pharmaceutical grade products; supports customized purity (98.5%-99.8%), moisture and customized compounding for PE9010; offers consultation on preservative formula optimization, compound system adaptation and key indicator & cost comparison of multiple brands.
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| CAS No: | 122-99-6 | Brand Name： | Multi-brand |
| MF: | C6H6BrN3O2 | Model Number： | Multi-models |
| EINECS No: | 204-589-7 | Grade: | Industrial grade |
| Purity： | 99% | Place of Origin： | Shaanxi, China |
| MOQ： | 1ton | Storage: | Please refer to the product packaging or contact the customer service. |
What are the key indicator advantages of mainstream grades from well‑known Phenoxyethanol brands and their impacts on application?
What competitive services can Phenoxyethanol suppliers provide?
What are the qualification certifications and market feedback of target Phenoxyethanol brands?
How are the inventory levels and supply stability of Phenoxyethanol suppliers?
What factors should be considered when selecting Phenoxyethanol?
…and many other related questions.
Mainstream Grades: YD‑PE995 (Cosmetic Grade), YD‑PE999 (Pharma / Premium Cosmetic Grade), YD‑PE990 (Industrial Grade)
Competitive Advantages in Key Indicators
Precise purity grading: YD‑PE995 ≥ 99.5%, YD‑PE999 ≥ 99.9%, YD‑PE990 ≥ 99.0%; heavy metals (Lead / Arsenic) ≤ 0.5ppm, far below the EU standard (≤1ppm).
Low impurities & mild odor: Produced via integrated continuous synthesis of ethylene oxide‑phenol plus rectification process; by‑products (catechol, ethylene glycol) ≤ 0.03%. Features a mild non‑irritating odor, ideal for premium fragrance and hypoallergenic formulations.
High stability: Stable at pH 4–9; boiling point at 245°C; no volatilization or decomposition under high‑temperature processing (80°C), compatible with emulsion systems such as lotions and creams.
Comprehensive compliance certifications: ISO 14001, ISO 9001, EU REACH registration, US FDA food contact certification, directly applicable to European and American cosmetic / pharmaceutical supply chains.
Cost‑Performance Ratio: Mid‑to‑high pricing (15%–20% lower than international brands); YD‑PE995 at approximately USD 4.2/kg, YD‑PE999 at USD 5.0/kg, YD‑PE990 at USD 3.8/kg. Quality matches Clariant / Dow with a 20% lower price, ranking No.1 in overall cost‑effectiveness in the industry.
Target B‑end Buyers: Mid‑to‑high‑end European and American cosmetic brands (L’Oréal, Unilever), pharmaceutical excipient manufacturers, EU organic‑certified cosmetic contract manufacturers.
Benefits for Downstream Buyers: Direct dosing without secondary purification; superior batch consistency (purity fluctuation ≤0.1%) for high formulation stability; complete compliance documents (COA/MSDS/REACH) for smooth customs clearance, cutting testing and certification costs.
Benefits for End Users: Hypoallergenic and non‑irritating, suitable for sensitive‑skin and infant skincare products; odor‑free to enhance premium fragrance and personal care experience; high‑efficiency preservation (0.5%–1% dosage) extends shelf life and lowers end‑user prices.
Mainstream Grades: RM‑PE995 (Cosmetic Grade), RM‑PE999 (High‑Purity Electronic / Pharma Grade), RM‑PE990 (General Industrial Grade)
Competitive Advantages in Key Indicators
Ultra‑high purity option: RM‑PE999 ≥ 99.95%, moisture ≤0.02%, applicable to electronic chemicals (photoresist cleaning agents) and injectable preservation systems.
Low volatilization & high solubility: Boiling point at 245.2°C, volatilization loss ≤0.1% (100°C/2h); miscible with water, ethanol and glycerin in any proportion, compatible with water‑based, oil‑based and emulsion formulations.
Eco‑friendly and low‑toxic: Oral LD50 (rat) ＞5000mg/kg, no reproductive toxicity, meeting ECHA high‑safety standards of the EU, usable for “additive‑free” organic skincare products.
Stable production capacity: Annual output of 6,000 tons, regular inventory ≥300 tons, delivery within 20 days with no supply shortage risks in peak seasons.
Cost‑Performance Ratio: Mid‑to‑high pricing; RM‑PE995 at approximately USD 4.1/kg, RM‑PE999 at USD 5.2/kg, RM‑PE990 at USD 3.7/kg. The ultra‑high‑purity grade costs only 70% of imported Dow products, with outstanding cost‑effectiveness.
Target B‑end Buyers: Premium European and American skincare brands, electronic chemical manufacturers, pharmaceutical injectable excipient factories, Southeast Asian cosmetic contract manufacturers.
Benefits for Downstream Buyers: Import substitution with high‑purity grades cuts raw material costs by 30%; excellent solubility reduces formulation adjustment time and boosts production efficiency; low‑toxic compliance eliminates extra toxicology tests and shortens new product launch cycles.
Benefits for End Users: Residue‑free and hypoallergenic, ideal for medical‑grade and infant skincare; uniform dissolution delivers smooth non‑layered texture; eco‑safe, aligning with European and American “green consumption” trends to increase product premium value.
Mainstream Grades: LH‑PE992 (General Cosmetic Grade), LH‑PE995 (High‑Purity Cosmetic Grade), LH‑PE985 (Economical Industrial Grade)
Competitive Advantages in Key Indicators
Energy‑saving low‑cost process: Continuous‑flow micro‑reaction synthesis technology reduces energy consumption by 22% and by‑products by 35%, offering strong price competitiveness.
Stable purity for cosmetic use: LH‑PE992 ≥ 99.2%, LH‑PE995 ≥ 99.5%, free phenol ≤0.05%, complying with China’s Safety Technical Specifications for Cosmetics and EU CosIng standards.
Broad‑spectrum high‑efficiency preservation: Inhibition rate ≥99.9% against Gram‑positive / Gram‑negative bacteria, molds and yeasts; 0.8% dosage replaces parabens for “paraben‑free” formulations.
High temperature & acid‑alkali resistance: Stable at pH 3–10; preservation efficacy remains unchanged at 85°C, compatible with high‑temperature emulsification and sterilization processes.
Cost‑Performance Ratio: Mid‑range economical pricing; LH‑PE992 at approximately USD 3.6/kg, LH‑PE995 at USD 4.0/kg, LH‑PE985 at USD 3.2/kg. Quality meets EU cosmetic standards with prices 10%–15% lower than Yida and Huangma, delivering extremely high cost‑effectiveness.
Target B‑end Buyers: Mass‑market cosmetic brands (affordable skincare and personal care products), Middle Eastern / Latin American cosmetic contract manufacturers, coating & ink producers, industrial detergent manufacturers.
Benefits for Downstream Buyers: Low price and stable quality reduce raw material procurement costs; broad‑spectrum preservation cuts compound preservative dosage and simplifies formulations; temperature and acid‑alkali compatibility suits diverse production processes and lowers equipment modification costs.
Benefits for End Users: Mild and non‑irritating for mass‑market skincare and personal care products; stable preservation extends shelf life and lowers retail prices; odor‑free improves daily use experience.
Mainstream Grades: SH‑PE990 (Industrial Grade), SH‑PE993 (Cosmetic Grade), SH‑PE995 (High‑Purity Cosmetic Grade)
Competitive Advantages in Key Indicators
High‑cost‑performance industrial grade: SH‑PE990 ≥ 99.0%, impurities ≤0.1%, low‑priced for industrial applications such as coatings, inks and industrial cleaning.
Qualified cosmetic‑grade purity: SH‑PE993 ≥ 99.3%, SH‑PE995 ≥ 99.5%, heavy metals ≤1ppm, meeting EU cosmetic standards for mid‑range skincare products.
Low moisture to prevent caking: Moisture ≤0.05%, no crystallization at low temperature (10°C); no heating required for winter transportation and storage, cutting logistics costs.
Customizable packaging: 25kg/drum, 200kg/drum, 1‑ton IBC drums available for small‑batch orders from medium and small buyers.
Cost‑Performance Ratio: Mid‑to‑low economical pricing; SH‑PE990 at approximately USD 3.3/kg, SH‑PE993 at USD 3.7/kg, SH‑PE995 at USD 4.0/kg. Industrial grade priced lowest in the industry with qualified cosmetic‑grade quality for excellent cost‑effectiveness.
Target B‑end Buyers: Coating & ink producers, industrial detergent manufacturers, Southeast Asian affordable cosmetic contract manufacturers, medium and small cosmetic brands.
Benefits for Downstream Buyers: Low‑priced stable industrial grade cuts industrial raw material costs; high‑cost‑performance cosmetic grade suits mid‑range skincare production; customizable packaging supports small‑batch trial orders and lowers procurement risks.
Benefits for End Users: Industrial sector: improves coating & ink stability and prevents nozzle clogging from mildew growth; cosmetic sector: mild and non‑irritating for affordable skincare products to enhance safety.
Mainstream Grades: TY‑PE995 (Cosmetic Grade), TY‑PE998 (High‑Purity Cosmetic / Pharma Grade), TY‑PE990 (Industrial Grade)
Competitive Advantages in Key Indicators
High purity & low impurities: TY‑PE998 ≥ 99.8%, heavy metals ≤0.3ppm, moisture ≤0.03%, applicable to premium skincare products and pharmaceutical excipients.
Superior batch consistency: Advanced rectification plus multi‑inspection via GC‑MS/HPLC ensures purity fluctuation ≤0.2%, stable batch quality and high formulation reproducibility.
Excellent compatibility: Well‑miscible with active ingredients including glycerin, propylene glycol, hyaluronic acid and 4‑hydroxyacetophenone without turbidity or precipitation, suitable for complex formulations.
Fast delivery: Regular inventory ≥50 tons; shipment within 24 hours, delivery to Europe and America in 7–10 days and global delivery within 15 days, leading the industry in response speed.
Cost‑Performance Ratio: Mid‑range pricing; TY‑PE995 at approximately USD 4.0/kg, TY‑PE998 at USD 4.8/kg, TY‑PE990 at USD 3.5/kg. High‑purity grade nearly matches international brands in quality at a 25% lower price for high cost‑effectiveness.
Target B‑end Buyers: Mid‑to‑high‑end skincare brands, pharmaceutical excipient manufacturers, niche European and American organic cosmetic brands, cross‑border e‑commerce cosmetic suppliers.
Benefits for Downstream Buyers: High purity and low impurities elevate product quality for premium formulations; stable batches reduce formulation adjustments and improve production efficiency; fast delivery shortens lead time and eases inventory pressure.
Benefits for End Users: Mild, hypoallergenic and eco‑safe for sensitive‑skin and organic skincare products; stable texture and high retention rate of active ingredients due to good compatibility; high‑efficiency preservation extends shelf life and improves product cost‑effectiveness.
| Brand | Mainstream Grades | Purity | Core Advantage Indicators | Price (USD/kg) | Target B‑end Buyers | Core Benefits for Downstream Buyers | Core Benefits for End Users |
| Jiangsu Yida | YD‑PE995/999/990 | 99.0%–99.9% | Heavy metals ≤0.5ppm, mild odor, REACH/FDA certification | 3.8–5.0 | Mid‑to‑high‑end European & American cosmetics, pharmaceutical excipients | Full compliance, stable batches, no secondary purification | Hypoallergenic, odor‑free, long shelf life |
| Zhejiang Huangma | RM‑PE995/999/990 | 99.0%–99.95% | Moisture ≤0.02%, high solubility, low toxicity | 3.7–5.2 | Premium cosmetics, electronic chemicals, pharmaceutical injectables | Import substitution via high purity, good solubility, fast new product launch | Medical‑grade safety, smooth texture, eco‑friendly |
| Shandong Langhui | LH‑PE992/995/985 | 98.5%–99.5% | Energy‑saving low‑cost, broad‑spectrum preservation, temperature & acid‑alkali resistance | 3.2–4.0 | Mass‑market cosmetics, coatings & inks, industrial cleaning | Low price, simplified formulations, wide process compatibility | Mild & affordable, stable preservation, pleasant daily experience |
| Anhui Sanhe | SH‑PE990/993/995 | 99.0%–99.5% | Low‑priced industrial grade, low moisture, customizable packaging | 3.3–4.0 | Coatings & inks, industrial cleaning, affordable cosmetics | Low industrial costs, flexible small batches, low risks | Mildew prevention for industrial use, mild & safe for cosmetics |
| Hubei Tuoyuan | TY‑PE995/998/990 | 99.0%–99.8% | Heavy metals ≤0.3ppm, stable batches, fast delivery | 3.5–4.8 | Mid‑to‑high‑end cosmetics, pharmaceutical excipients, cross‑border e‑commerce | High‑purity quality, fast delivery, high production efficiency | Sensitive‑skin friendly, stable texture, high cost‑effectiveness |
HiSiaddi as a service provider integrating technology transformation and foreign trade, have formed a "1+2+3+4=1" product service system by 1foreign trade salesperson with over 3 years of experience., 2R&D teams, 3 high-quality suppliers, and 4 warehouses to serve 1 product demand.
Relying on the dual-drive model of technology commercialization and foreign trade services, HiSiaddi has built a "1+2+3+4=1" product service system: 1 foreign trade salesperson with more than 3 years of experience, 2 R&D teams, 3 high-quality suppliers, and 4 warehouses to satisfy each single product demand.
With this service system, HiSiaddi outperforms most foreign trade companies in R&D optimization and technical craftsmanship of EPH products, surpasses single factories in grasping market demands and competitive advantages of various EPH brands, and understands the EPH foreign trade market better than scientific research institutions.
HiSiaddi only hires foreign trade salespersons with over 3 years of working experience, who must receive more than 6 months of training from both the scientific research team and foreign trade team before serving customers.
(1)EPH Basic Support Services
Relying on the foreign trade team and corporate service system, the company provides customers with one-stop full-process document handling services, including but not limited to issuance & processing of all EPH compliance certificates, provision of third-party reports and follow-up handling of quality complaints.
(2)EPH Exclusive Premium Services
Backed by the scientific research team, we provide customers with product customization and technical consulting services, including but not limited to core indicator adaptation & cost comparison of all EPH brands, and regular market trend sharing of EPH products.
We cooperate deeply with source factories via technology commercialization, and collaborate closely with the foreign trade team internally to deliver technical training for sales staff, enabling professional product customization and providing research-grade consulting for brand matching and application optimization of EPH products.
(1)EPH Research-Grade Customization Services
For buyers of infant skincare and sensitive skin cosmetics: customized low-odor grade (odor level ≤1) and low-irritation grade (heavy metals ≤0.3ppm, free phenol ≤0.03%), compliant with EU ECHA high-safety standards and raising end product premium by 20%-30%.
For electronic chemical and external preparation purchasers: 99.9%-99.95% ultra-high purity phenoxyethanol with moisture ≤0.02% and zero microbial contamination, compliant with USP/NF, EP, JP pharmacopoeia standards, available as direct raw material for pharmaceutical excipients and electronic chemicals, replacing Dow/BASF products with 30%-40% cost reduction.
(2)EPH Research-Grade Consulting Services
Formulation optimization of phenoxyethanol compounded with p-hydroxyacetophenone and ethylhexylglycerin; compatibility tests for water/oil/emulsion systems and dosage optimization to cut costs by 0.1%-0.2%.
Our foreign trade and R&D teams work in tandem. Through preliminary market research, on-site factory inspections, product testing, in-depth technical cooperation and procurement partnerships, we select around 3 reliable, stable, reputable and high-potential brand manufacturers.
(1) Initiative to Secure Lower Raw Material Prices
Long-term cooperation via technology transfer and exclusive agency allows us to source factory direct supplies at more competitive prices.
(2) EPH Long-Term Supply Chain Assurance Services
Long-term technical and agency cooperation strengthens full production monitoring, full batch traceability, consistent batch quality control, and compensation guarantees for unqualified products failing third-party inspections.
We have 4 warehouses, which are jointly operated and managed with suppliers to store hot-selling products .
(1) EPH Fast Local Delivery & On-Site Problem Resolution
Our four warehouses are located at Qingdao Port (North China), Ningbo Port (East China), Shenzhen Port (South China) and Zhengzhou (inland logistics hub), enabling timely delivery of EPH. On-site staff are available to resolve transport damage, packaging defects and export compliance issues locally when EPH encounters abnormal conditions.
(2) EPH Price Stabilization & Custom Packaging Support
We stock up in advance during peak price seasons to mitigate drastic price fluctuations. Self-operated warehouses support customized packaging and label solutions to meet personalized client demands.
As a new-type foreign trade service provider driven by dual engines of technology transformation and foreign trade services, HiSiaddi has established a "1+2+3+4=1" service system and can supply original factory sources of EPH from multiple well-known brands. As a research-and-development-oriented foreign trade enterprise, HiSiaddi will analyze key purchasing considerations and critical indicators from a professional perspective to ease your selection concerns.
If you require more professional and in-depth analysis regarding EPH selection, please contact HiSiaddi customer service.
Phenoxyethanol (EPH) is a liquid fine chemical belonging to aromatic alcohols with slight hygroscopicity. It features stable chemical properties under normal temperature and atmospheric pressure, light resistance, and resistance to oxidative discoloration. It is not classified as a highly toxic or highly corrosive hazardous chemical and is regulated globally as a flammable organic raw material, cosmetic preservative, and pharmaceutical excipient. The product is subject to multiple regulatory frameworks including the REACH Regulation, SVHC Substances of Very High Concern, cosmetic safety standards, heavy metal limit requirements, microbial control rules, pharmaceutical raw material access standards, and chemical import & export registration. Different countries and regions impose mandatory threshold limits on restricted impurities such as phenol, heavy metals, and microorganisms.
Core quality control indicators for this product include: main purity of phenoxyethanol, water content, acidity, residual phenol, residual diphenyl ether, residual ethylene glycol, other organic alcohol impurities, color, odor grade, distillation range, heavy metals (lead, arsenic, mercury, cadmium, etc.), ignition residue, insoluble solids, total microbial count, and storage stability. Application scenarios carry vastly different risk profiles:
· For general industrial sectors, impurities and acidity may compromise the stability of coating and adhesive systems;
· For daily chemical washing & care products, residual phenol, peculiar odors, and heavy metals can trigger skin irritation, abnormal product odor, and non-compliance with regulatory standards;
· For high-end cosmetics, extremely stringent limits apply to residual phenol, ether impurities, odor, and microorganisms;
· For pharmaceutical and biopharmaceutical applications, residual phenol, heavy metals, microorganisms, and harmful impurities may directly pose medication safety risks and deactivate biological preparations.
There are significant disparities in daily chemical and pharmaceutical access regulations across jurisdictions. Purchasing decisions cannot rely solely on unit price comparison; downstream production processes, application sectors, and target market regulations must be comprehensively assessed for proper product selection.
Compliance documents serve as prerequisites for cross-border customs clearance, internal enterprise audits, cosmetic filing, and pharmaceutical preparation compliance inspections, making them the top priority for verification at the early cooperation stage.
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Specialized Certifications and Test Reports Matched to Application Scenarios
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o General Industrial Grade: For industrial coatings, water-based adhesives, general textile antibacterial treatment, and industrial cleaners. Required documents include REACH registration certificates, SVHC screening reports, basic physical and chemical test reports, distillation range reports, and component analysis reports to meet global control requirements for general industrial organic raw materials.
o Daily Washing & Care Grade: For regular shampoos, body washes, mass-market skincare, and low-end fragrances. Supplementary reports covering residual phenol, residual ethylene glycol, heavy metals, odor grading, and preliminary microbial screening are required to comply with mass-market daily chemical raw material safety specifications.
o Premium Cosmetic Grade: For high-end skincare, color cosmetics, perfumes, and maternal & infant care products. Documents include ultra-low residual phenol/diphenyl ether test reports, low-odor assessment reports, full heavy metal screening, microbial limit testing, and irritation test reports, adhering to global high-end cosmetic raw material safety standards.
o Pharmaceutical & High-Purity Biopharmaceutical Grade: For external pharmaceutical ointments, skin medicaments, biological preparations, and medical antibacterial auxiliary materials. Additional documents include pharmacopoeia-grade full-item test reports, total microbial count reports, sterility screening, toxicological safety evaluations, and full analysis of harmful residues, meeting the strictest global access criteria for pharmaceutical and biopharmaceutical raw materials.
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Complete Cross-Border Customs Clearance and Trade Documents Classified as flammable liquid aromatic alcohol, the product follows global sea, land, and air transportation rules for ordinary flammable organic solvents. We uniformly provide multi-language SDS Safety Data Sheets and chemical hazard classification identification reports. Standard customs clearance documents include certificates of origin, batch-by-batch full-item COA Certificate of Analysis, and production traceability records. For Daily Washing & Care Grade, Premium Cosmetic Grade, and Pharmaceutical High-Purity Grade orders, supplementary documents include GC gas chromatography component spectra, heavy metal test reports, microbial test reports, and toxicology-related documents to satisfy internal audits and official compliance inspections of overseas daily chemical manufacturers, cosmetic brands, pharmaceutical enterprises, and biological laboratories.
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Supplier Comprehensive Qualification Screening Prioritize original manufacturers with integrated production capacity covering phenol-ethylene glycol condensation synthesis, multi-stage neutralization water washing, multi-stage negative pressure rectification, deep removal of phenolic/ether impurities, odor optimization, and high-cleanliness filtration. Key evaluation criteria include rectification purification precision, phenol and diphenyl ether removal capacity, odor regulation, and microbial control processes. Core technical challenges of this product: thorough removal of toxic phenol byproducts, separation of near-boiling diphenyl ether impurities, elimination of residual ethylene glycol, and control of product odor and microbial levels. Inadequate control during synthesis, water washing, or rectification will lead to excessive residual phenol, strong peculiar odors, and excessive microbial counts, which may cause sensitization in daily chemical products, cosmetic filing failures, and safety hazards for pharmaceutical preparations. Small sample testing is recommended prior to formal cooperation, including component analysis, residual phenol testing, odor assessment, microbial sampling inspection, formula compatibility trials, and long-term simulated storage stability testing to confirm process compatibility before bulk orders.
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Main content, impurity levels, odor, microbial content, and stability of finished products are determined by the quality of upstream starting materials, condensation reaction control, multi-stage neutralization water washing, multi-tower negative pressure rectification, impurity removal, deodorization, precision filtration, and sealed filling procedures. These procedures also form the core basis for grading different product tiers.
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Upstream Raw Material Quality Inspection High-quality products adopt high-purity phenol, refined ethylene glycol, and low-impurity catalytic systems to complete targeted condensation reactions under airtight and controllable conditions, minimizing unreacted raw materials, residual phenol, ethylene glycol, byproduct diphenyl ether, and acidic substances from the source. Subsequent processes include multi-stage neutralization water washing to remove acidic components and water-soluble impurities, multi-tower gradient negative pressure rectification to separate light and heavy fractions, progressive deep removal of restricted impurities (phenol, ethylene glycol, diphenyl ether), vacuum deodorization, multi-stage precision filter removal of solid particles, and high-cleanliness environment microbial control. Finished products feature high purity, ultra-low harmful residues, mild and pure odor, controllable microorganisms, stable color without discoloration during long-term storage, and no odor rebound, fully compatible with industrial, daily chemical, cosmetic, pharmaceutical, and biopharmaceutical applications. Low-end products use industrial-grade raw materials with simplified water washing and rectification workflows, typically suffering from excessive residual phenol, high diphenyl ether residues, pungent odors, and easy microbial proliferation, making them unsuitable for high-end cosmetic and pharmaceutical preparation applications. When purchasing Premium Cosmetic Grade or Pharmaceutical High-Purity Grade products, buyers may request quality inspection certificates for starting materials and catalysts.
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Classification and Confirmation of Core Production Processes Main complete process route: High-purity phenol + ethylene glycol raw materials + catalyst pretreatment → airtight condensation reaction to generate crude phenoxyethanol → multi-stage neutralization water washing to remove acidic substances and water-soluble impurities → organic phase separation → primary rectification to remove light fractions such as ethylene glycol → multi-stage negative pressure precision rectification for deep removal of restricted impurities (phenol, diphenyl ether) → heavy fraction separation and main component purification → vacuum deodorization for odor optimization → multi-stage precision filtration to remove solid particles in high-cleanliness environment → microbial control treatment → full-index testing → sealed filling → storage under normal temperature and cool conditions.
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· General Industrial Grade: Basic synthesis + single-tower crude rectification + conventional filtration; cost-effective for industrial coatings and general textile antibacterial treatment.
· Daily Washing & Care Grade: Secondary precision rectification + phenolic impurity control + basic antibacterial treatment; dedicated to regular shampoos, body washes, and mass-market daily chemical products.
· Premium Cosmetic Grade: Multi-stage negative pressure rectification + limit removal of phenol/diphenyl ether + deep deodorization + strict microbial control; for high-end skincare, color cosmetics, perfumes, and maternal & infant care.
· Pharmaceutical & Biopharmaceutical High-Purity Grade: Ultimate rectification + full harmful residue removal + sterile filtration + pharmacopoeia-grade microbial control; for external pharmaceuticals and biological preparation systems. Formal production facilities implement separate production lines for different grades. Premium Cosmetic Grade and Pharmaceutical High-Purity Grade adopt dedicated high-cleanliness workshops, airtight rectification lines, and sterile filling equipment to prevent cross-contamination of materials and external microbial intrusion, prohibiting low-grade products from being falsely labeled as high-tier specifications.
1. Quality Control and Batch Stability Assessment This product is mainly produced via large-scale continuous rectification. General Industrial Grade and Daily Washing & Care Grade are regularly stocked, while Premium Cosmetic Grade and Pharmaceutical High-Purity Grade are mostly produced to order. Buyers are advised to request multi-batch COA reports, GC component spectra, test data for residual phenol/diphenyl ether/ethylene glycol, heavy metal analysis, microbial counts, and odor assessments, focusing on the fluctuation range of main content, residual phenol, residual diphenyl ether, odor, microbial count, and color across batches. Long-term cooperation locks fixed raw material formulations, reaction parameters, and rectification processes to maintain consistent antiseptic efficacy, odor, and formula compatibility across batches. Manufacturers can also provide long-term stability data under normal temperature, high/low temperature, and simulated ocean shipping environments to adapt to storage conditions across regions with varying global temperature and humidity. Prioritize original manufacturers with full in-house capabilities covering synthesis, water washing, rectification, deodorization, filtration, and filling. Sources purchasing crude goods for repackaging suffer from severe fluctuations in impurities, odor, and microbial indicators, carrying extremely high risks for high-end application sectors.
Phenoxyethanol is categorized into different specifications based on main purity, restricted impurity limits, odor grade, microbial standards, and safety compliance tiers. Incorrect selection may cause stratification and deterioration of industrial systems, skin irritation and allergies in daily chemical products, cosmetic filing rejection, and safety risks for pharmaceutical preparations. Precise matching with application sectors, formula requirements, and regulatory standards is mandatory.
1. Grade Classification by Application Scenario
· General Industrial Grade: Industrial coatings, water-based adhesives, regular textile antibacterial finishing, general industrial cleaners
· Daily Washing & Care Grade: Regular shampoos, body washes, mass-market skincare, low-end fragrances
· Premium Cosmetic Grade: High-end skincare, color cosmetics, perfumes, maternal & infant care, salon beauty products
· Pharmaceutical & Biopharmaceutical High-Purity Grade: External skin ointments, medical antibacterial auxiliary materials, biological reagents, sterile preparations Different grades cannot be substituted across application sectors.
1. Physical & Chemical Form and Process Compatibility The product normally appears as a colorless to pale yellow uniform viscous liquid without stratification or suspended solids. Key evaluation criteria include antibacterial efficacy, solubility compatibility, odor, and irritation:
· Industrial systems prioritize component content, acidity, and distillation range to guarantee system stability;
· Regular daily chemical applications enforce strict limits on residual phenol and heavy metals, balancing cost and basic safety;
· High-end cosmetics focus on residual phenol, diphenyl ether, odor, and microorganisms to avoid sensitization, peculiar odors, and compliance failures;
· Pharmaceutical and biopharmaceutical applications require ultra-low harmful residues, sterility, and low toxicity to fully safeguard medication and experimental safety.
1. Core Index Agreements in Purchase Contracts Purchase contracts must clearly specify main phenoxyethanol content, water content, acidity, residual phenol, residual diphenyl ether, residual ethylene glycol, color, odor grade, heavy metals, ignition residue, total microbial count, distillation range, and allowable deviations.
· Daily Washing & Care Grade: Strengthen limits on phenolic residues and heavy metals;
· Premium Cosmetic Grade: Tighten limits on residual phenol, diphenyl ether, odor, and microorganisms;
· Pharmaceutical & Biopharmaceutical High-Purity Grade: Add sterility screening, toxicological indicators, and full pharmacopoeia testing items. All indicators shall reference industry and regional regulatory standards of the target market, serving as legal grounds for goods acceptance and dispute resolution upon delivery.
1. Packaging and Minimum Order Rules Flammable phenoxyethanol readily absorbs external odors and microorganisms. Standard packaging options include solvent-resistant galvanized iron drums and food/daily chemical-grade sealed plastic barrels with inner sealing lids and light-shielding outer protection. Premium Cosmetic Grade and Pharmaceutical High-Purity Grade adopt sterile clean containers with full sealing and bacteria isolation protection. Packaging sizes cover lab sample vials, 25kg standard drums, IBC totes, and tank trucks, customizable upon demand. Small sample verification (appearance, odor, key impurities, microbial sampling, and formula compatibility testing) is mandatory prior to bulk ordering.
Phenoxyethanol is a bulk raw material for daily chemical and pharmaceutical sectors. High-end grades incur higher production costs due to multi-stage precision rectification, deep removal of restricted impurities, deodorization, and sterile antibacterial treatment; unit price alone cannot be used as the sole comparison metric. Low-cost industrial or regular daily chemical grades with excessive residual phenol, strong odors, and unstable microbial counts may lead to product recalls, regulatory penalties, and safety incidents when used in high-end cosmetics or pharmaceutical preparations, resulting in extremely high comprehensive usage costs. Full-lifecycle costs must be calculated by considering purity stability, control of harmful impurities, odor consistency, microbial levels, batch stability, and terminal compliance risks.
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International Trade Quotation Modes
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o FOB Chinese Port: Covers product cost, standard light-shielding sealed packaging, domestic normal-temperature warehousing, chemical commodity inspection, and export declaration fees. International transportation, insurance, destination port customs clearance, and local daily chemical/pharmaceutical raw material filing are borne by buyers. Suitable for mass procurement by large daily chemical groups, cosmetic factories, and pharmaceutical enterprises for optimal overall cost.
o CIF Destination Port: Includes full ocean freight, cargo insurance, port charges, documentation fees, and special handling expenses for flammable liquid raw materials. We coordinate all logistics for simplified operation, ideal for small-batch procurement by overseas small and medium-sized factories, laboratories, trading companies, and R&D institutions. Volume tiered pricing and annual long-term contract pricing are available to stabilize pricing for long-term partnerships.
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Payment Terms, Lead Time and Dispute Definition Mainstream international trade settlement methods include T/T and irrevocable letters of credit. General Industrial Grade and Daily Washing & Care Grade are in stock with short lead times; Premium Cosmetic Grade and Pharmaceutical High-Purity Grade require extended delivery cycles due to multi-step refining, sterile treatment, and full-item precision testing. Contracts clearly define dispute judgment criteria: substandard main content, excessive residual phenol/diphenyl ether, abnormal odor, excessive microbial count, turbid liquid with suspended solids, and mismatched goods. Standard third-party testing institutions recognized globally, re-inspection procedures, and return & replacement rules are stipulated. It is also noted that minor color changes under normal sealed storage within standard ranges do not affect regular use, with clear division of liability between both parties.
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Warehousing Requirements and Minimum Order Management Unified storage requirements for all grades: cool, dry, well-ventilated, sealed, and light-shielded storage away from light, heat sources, open flames, strong oxidants, and odorous materials. Premium Cosmetic Grade and Pharmaceutical High-Purity Grade shall be stored in dedicated clean warehouses strictly isolated from external microorganisms and odors. Avoid repeated opening of original packaging to prevent odor absorption and microbial contamination. Agreements specify free domestic warehousing cycles; goods shall not be stored for extended periods in high-temperature, open-air, odor-intensive, or dusty ports.
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Core risks during storage and transportation of this product: absorption of external odors, microbial proliferation, accelerated color darkening under high temperatures, and packaging leakage. All processes comply with international transportation specifications for flammable liquid organic raw materials, with core control principles of high-strength sealed odor isolation, light-shielding temperature control, anti-spillage, and isolation from bacteria and odor sources.
1. Packaging Standards
· General Industrial / Daily Washing & Care Grade: Standard sealed iron/plastic barrels with light-shielding outer packaging, labeled with product name, grade, batch number, storage conditions, and shelf life.
· Premium Cosmetic Grade / Pharmaceutical High-Purity Grade: Thickened sterile clean containers with enhanced sealing for bacteria and odor isolation. All packaging undergoes full testing for sealing performance, leakage resistance, and drop resistance prior to factory delivery.
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Transportation Control Sea and land transport are classified as ordinary flammable liquid chemicals with no requirement for high-risk toxic hazardous goods handling; standard fire prevention protection suffices. Prioritize cool, dry, well-ventilated logistics channels free of pungent odors, avoiding prolonged transit under high-temperature sunlight, heavy dust, or proximity to strong oxidants. Air transport requires special declaration for flammable organic aromatic alcohols. Cooperative logistics providers must maintain cool and clean warehousing facilities; full cargo insurance is available for all shipments with real-time logistics tracking. Transit warehouses store goods in separate zones, prohibiting mixed storage with strong oxidants, strong acids, odorous goods, and dusty materials.
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On-Site Usage Specifications Upon arrival at the destination port, immediately transfer goods to cool, light-shielded warehouses and inspect packaging for leakage or damage. Sampling and feeding operations shall be completed rapidly in well-ventilated, clean environments to minimize open exposure time and reduce odor absorption and microbial contamination. Reseal packaging immediately after use and maintain light-shielding protection. Store different grades and production batches separately, establish inbound and outbound ledgers, and implement first-in-first-out stock rotation to ensure usage within the shelf life.
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Residual phenol, residual diphenyl ether, odor, and microorganisms are core factors affecting downstream application and compliance. Supporting test data, formula compatibility guidance, and application optimization recommendations are critical.
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Application Process Technical Support We provide samples, complete technical manuals, full-batch GC chromatograms, and application case studies. Combined with clients’ industrial formulas, daily washing systems, cosmetic formulations, and pharmaceutical preparation processes, we recommend optimal storage, feeding, and compatibility solutions, alongside optimization suggestions for common issues including excessive residual phenol, abnormal odor, microbial proliferation, and formula stratification. We also interpret REACH regulations, cosmetic safety standards, pharmaceutical excipient access rules, and microbial control requirements for target markets.
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Delivery Re-Inspection Coordination Sampling shall follow global standards for liquid aromatic alcohol raw materials. Clients may conduct self-inspection of basic indicators including appearance, viscosity, and odor, or entrust third-party laboratories to re-test core indicators such as main content, residual phenol, diphenyl ether, ethylene glycol, heavy metals, and microbial counts. If test results fail to meet contractual specifications, traceability and compensation procedures shall be implemented per contract terms.
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Compliance Document Assistance Multi-language SDS, full COA reports, original GC chromatograms, cosmetic/pharmaceutical compliance certificates, qualification and traceability materials are provided on demand to assist clients with local chemical registration, cosmetic filing, and pharmaceutical supplier audits. We also update real-time regulatory developments for global daily chemical preservatives, pharmaceutical excipients, and fine organic raw materials.
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The global mainstream application sectors are categorized into general industrial, daily washing & care, high-end cosmetic, pharmaceutical & biopharmaceutical, and international raw material distribution, with clear control priorities defined for each.
Core focus: Stable main content, qualified water content & acidity, compliant distillation range, cost-effectiveness, stable storage & transportation
1. Consistent main phenoxyethanol content across batches meeting industrial grade standards
2. Water content, acidity, and distillation range within allowable industrial process limits
3. Transparent liquid color without stratification or precipitation
4. Basic impurities and ignition residue complying with general industrial organic raw material standards
5. Stable storage performance without system deterioration under sealed conditions
Core focus: Low residual phenol, low heavy metal content, mild odor, controllable microorganisms, good compatibility
1. Residual phenol and heavy metals (top control items) to avoid skin irritation and compliance failures
2. Compliant residual ethylene glycol and diphenyl ether to guarantee basic product safety
3. Mild odor that does not mask the original fragrance of washing & care products
4. Strict control of total microbial count to prevent finished product spoilage
5. Consistent color and batch performance adaptable to continuous mass production
Core focus: Ultra-low residual phenol/diphenyl ether, faint neutral odor, low irritation, strict microbial control, high purity
1. Residual phenol and diphenyl ether (primary rejection criteria) to meet mandatory global beauty safety standards and eliminate sensitization risks
2. Extremely mild odor compatible with perfumes, high-end skincare, and maternal & infant products
3. Ultra-low limits for heavy metals and residual ethylene glycol
4. High-standard microbial limit control to guarantee finished cosmetic shelf life
5. Low irritation performance meeting high-end beauty safety evaluation requirements
Core focus: Pharmacopoeia-grade high purity, sterility, low toxicity, ultra-low harmful residues, compliant microorganisms
1. Total microbial count and sterility status (primary rejection criteria) to meet pharmaceutical and biopharmaceutical sterility requirements
2. Limit removal of residual phenol, diphenyl ether, and heavy metals to eliminate medication safety risks
3. Full organic and inorganic impurity compliance with national and international pharmacopoeia standards
4. Toxicological safety and low irritation performance compatible with external medicaments and biological reagents
5. Complete set of pharmacopoeia test reports and qualifications passing pharmaceutical authority audits
Core focus: Odor & bacteria isolation during storage & transit, intact packaging, complete documents and chromatograms, consistent batch quality
1. Stable storage & transportation performance with no significant changes to purity, impurities, odor, or microbial count after ocean transit
2. Intact sealed packaging free of leakage, damage, odor absorption, or microbial intrusion
3. Consistent quality across batches of the same grade, compatible with multiple downstream end-use sectors
4. Complete supporting documents including SDS, COA, chromatograms, and compliance certificates for cross-border customs clearance and supplier audits
For more professional and in-depth analysis regarding EPH selection, please contact HiSiaddi customer service.
Cosmetic-specific phenoxyethanol with main active content ≥99.8% via gas chromatography
Single residual amounts of raw materials and by-products including phenol, ethylene glycol and benzyl alcohol ≤10 ppm
Water content ≤150 ppm
Acid value (calculated as KOH) ≤0.02 mgKOH/g
Total content of four heavy metals (lead, arsenic, mercury, cadmium) ＜1 ppm
Extremely faint intrinsic odour with no pungent irritating odour, meeting EU Cosmetic Grade 1 odour standard
Rated non-irritating via in-vitro skin irritation tests
Bacteriostatic rate ≥99% against Gram-positive and Gram-negative bacteria
Fully miscible with pure water, plant extracts, humectants, surfactants, fragrances and all types of skincare raw materials at ambient temperature; compound systems show no delamination, turbidity, discolouration or attenuation of bacteriostatic efficacy after 90 days of accelerated ageing at 45℃
Appearance: colourless transparent viscous liquid; purity, colour, odour and bacteriostatic performance remain stable after 12 months of sealed storage away from light at ambient temperature
Compatible with production processes of all daily chemical categories including lotions, serums, toners, body washes and face creams
Finished skincare and body wash products emitted distinct pungent chemical odours, triggering a sharp rise in consumer complaints.
Sensitive-skin users experienced itching, redness and mild allergies after use, damaging brand reputation.
Finished products gradually turned yellow and layered after 1–2 months of warehouse storage, with rapid attenuation of bacteriostatic efficacy leading to premature product deterioration and scrappage.
Wide fluctuations in impurities and odour across different raw material batches required frequent adjustment of preservative ratios and mixing processes on production lines, preventing standardised manufacturing.
Excessive residues of irritating impurities including phenol and small-molecule alcohols in industrial-grade products directly caused pungent odours and skin allergies/redness, failing to meet daily chemical product safety standards.
High content of unsaturated oxidisable impurities in raw materials triggered continuous oxidation under light and ambient storage conditions, leading to yellow discolouration and reduced system stability of finished washing products.
Inadequate rectification purification resulted in complex components; interfacial imbalance and precipitation occurred after compounding with certain plant extracts and anionic surfactants.
Low factory outgoing quality control standards caused wide fluctuations in impurity content, odour and physicochemical indicators across batches, preventing fixed production processes and consistent finished product quality.
The factory’s raw material warehouse adopted ordinary open storage without light shielding or temperature control facilities. Year-round high temperatures and strong sunlight in Thailand accelerated oxidative deterioration of phenoxyethanol, further amplifying quality defects.
No special sampling inspection procedures were implemented upon raw material receipt; industrial-grade raw materials entered production lines directly without safety screening, transmitting industrial impurity risks to end finished products.
Excessive open exposure during raw material feeding and storage prolonged contact with air and light, accelerating odour diffusion and oxidative discolouration.
Full raw material replacement: Immediately discontinue use of industrial-grade products and switch to HiSiaddi’s refined low-irritation, low-odour cosmetic-grade phenoxyethanol to eliminate harmful impurities such as phenol at the source and resolve the two core issues of allergies and unpleasant odours.
Warehouse environment renovation: Establish an independent light-shielded storage zone dedicated to daily chemical raw materials fitted with shading curtains and heat dissipation ventilation equipment to control warehouse temperature; uniformly seal and stack raw material barrels and implement strict "first-in, first-out" principles to reduce oxidation risks from long-term storage.
Establish incoming safety sampling inspection system: Formulate special inspection standards for cosmetic raw materials with mandatory testing of four core indicators (residual phenol, heavy metals, colour and odour) for every delivered batch; reject unqualified batches directly.
Production line process adaptation: Optimise preservative system ratios, mixing sequences and production temperatures based on the bacteriostatic characteristics and compatibility performance of the new raw material to improve the stability of washing product systems.
Standardise on-site operations: Regulate raw material transfer, subpackaging and feeding workflows to minimise open exposure time, and install simple light-shielding facilities at key workstations.
Compile special operation manuals and conduct full-staff training: Collate Operation Specifications for Phenoxyethanol Storage, Usage and Quality Control in Daily Chemical Industry and organise practical training for warehouse administrators, production operators and quality control personnel, clarifying identification of abnormal products and emergency handling protocols.
As a new type of foreign trade service provider driven by dual engines of technology transformation and export services, HiSiaddi has built a "1+2+3+4=1" service system and can supply original factory goods of many well-known EPH brands.
As a research-driven foreign trade enterprise, HiSiaddi does not only promote its own factory products like single-brand manufacturers. We objectively analyze multiple competitive Chinese export brands of EPH and share their certification credentials and market feedback transparently to help buyers make efficient, secure sourcing decisions.
Contact HiSiaddi customer service if you need more authentic, objective information on multiple well-known Chinese EPH brands.
· YD-PE998 (Daily Chemical & Pharmaceutical Grade): Purity ≥99.8%, chloropropanol ≤5 ppm, formaldehyde ≤3 ppm, color ≤10 Hazen, supplied in 25kg/200kg sterile drums.
· YD-PE995 (General Daily Chemical Grade): Purity ≥99.5%, heavy metals ≤10 ppm, microbial count ≤10 CFU/g, suitable for mass-market hair care and standard creams.
· YD-PE990 (Industrial Grade): Purity ≥99.0%, low VOCs, formulated for water-based coatings and electronic cleaning agents.
1. Top penetration in high-end daily chemical segments: Ranked the core Asia-Pacific supplier for L’Oréal, Estée Lauder and Unilever for three consecutive years. YD-PE998 achieves over 60% adoption in high-end skincare and infant care formulas, with formulators consistently praising its ultra-stable batch consistency (purity fluctuation ≤0.1%).
2. Surging reputation across Southeast Asia and the Middle East: Under RCEP frameworks, 2025 exports to Vietnam, Thailand and the UAE rose 42% year-on-year. Clients highlight its low irritation, preservative efficacy matching BASF products at a 20% price discount, plus excellent compound compatibility.
3. Zero quality incidents in pharmaceutical applications: YD-PE998 holds USP/EP pharmacopoeia certifications, supplying external disinfectant and dermatological formulation manufacturers in India and Indonesia with zero product recalls or customer complaints from 2023 to 2025.
· ✅ EU REACH registration (all models), US FDA GRAS certification (YD-PE998 only)
· ✅ ISO 9001 (Quality Management), ISO 22716 (Cosmetic GMP), EFfCI (European Cosmetic Raw Material) certifications
· ✅ Compliant with Chinese Pharmacopoeia 2020 Edition and Safety Technical Specifications for Cosmetics (2023 Edition); internal impurity testing standards exceed national regulatory limits
· HM-PE999 (Ultra-High Purity Pharmaceutical Grade): Purity ≥99.9%, endotoxin ≤0.5 EU/mL, sterile & pyrogen-free, suitable for injectable formulations and premium medical devices.
· HM-PE996 (Premium Daily Chemical Grade): Purity ≥99.6%, phenol ≤5 ppm, formulated for sensitive skin and organic skincare products.
· HM-PE992 (Mass-Market Daily Chemical & Industrial Grade): Purity ≥99.2%, outstanding cost-performance for hair care, coatings and inks.
1. Industry-leading cost-performance reputation: HM-PE996 captures over 35% market share among mid-to-high-end OEM manufacturers in South Korea, Japan and Taiwan. Clients report purity near European/American standards at a 25%–30% price discount with short 15-day lead times.
2. Excellent compatibility for compound formulations: Highly compatible with ethylhexylglycerin and tea tree oil. Its penetration rate reached 23.6% in Southeast Asian sunscreen and infant hair care formulas in 2025, above the industry average.
3. Recognized stability for industrial applications: HM-PE992 supplies water-based coating manufacturers in Malaysia and Indonesia with low VOCs, no stratification and no yellowing, delivering an 89% repeat purchase rate in 2025.
· ✅ EU REACH registration, US PCPC certification (first domestic manufacturer certified), South Korea KFDA filing
· ✅ ISO 9001, ISO 14001 (Environmental Management), ISO 22716 certifications, pharmaceutical GMP compliance
· ✅ Chinese cosmetic raw material filings, EP11.0 pharmacopoeia compliance, EU SCCS safety assessment approval
· WH-PE998G (Bio-Based Green Grade): Purity ≥99.8%, bio-based carbon content ≥50%, carbon footprint reduced by 40% vs petrochemical variants, biodegradable.
· WH-PE997 (High-Purity Daily Chemical Grade): Purity ≥99.7%, low sensitization potential, optimized for premium makeup and serums.
· WH-PE993 (General Grade): Purity ≥99.3%, stable pricing and ample supply for daily chemical and industrial applications.
1. Significant price premiums for low-carbon green products: WH-PE998G is the only domestically produced bio-based EPH in small-batch supply chains of L’Oréal and Coty. European orders surged 120% in 2025, with clients praising its full ESG compliance, complete carbon footprint documentation and direct substitution for petrochemical EPH.
2. Superior compatibility for premium makeup: WH-PE997 supplies Asian OEM factories for Chanel and Lancôme, delivering colorless, odorless performance without disrupting color fastness alongside stable preservative efficacy, achieving a 92% repeat purchase rate in 2025.
3. Globally resilient supply chains: Leveraging Wanhua’s worldwide production layout with local stockpiling across Europe and Southeast Asia, lead times shorten to 7–10 days with zero stockouts during peak 2025 demand seasons.
· ✅ EU REACH registration, FDA GRAS certification, EU ECOCERT organic certification (bio-based model only)
· ✅ ISO 9001, ISO 14064 (Carbon Footprint Measurement), ISO 22716 certifications, EU CSRD compliance
· ✅ China Green Product certification, compliant with Safety Technical Specifications for Cosmetics (2023 Edition)
· LH-PE995 (Dual-Purpose Daily Chemical & Industrial Grade): Purity ≥99.5%, low impurity content, suitable for daily chemicals, water-based coatings and electronic chemicals.
· LH-PE990 (Industrial Grade): Purity ≥99.0%, superior cost-performance for industrial anti-corrosion coatings, inks and cleaning agents.
· LH-PE998 (Custom High-Purity Grade): Purity ≥99.8%, customizable impurity thresholds for pharmaceutical and premium daily chemical applications.
1. Dominant market share in Southeast Asian industrial sectors: LH-PE990/LH-PE995 accounted for 70% of Shandong’s 2025 exports to Vietnam, Indonesia and Malaysia. Clients cite 15%–20% lower pricing, consistent quality and robust bulk supply capacity.
2. Optimized performance for electronic chemicals: LH-PE995 features low metal ion content (≤1 ppm), supplying semiconductor and PCB manufacturers in Singapore and Malaysia for photoresists and cleaning agents with an 85% repeat purchase rate in 2025.
3. Fast lead times and flexible service: Direct shipments from East China ports deliver goods within 7–15 days; minimum order quantity of 1 ton with customizable packaging makes it a favorite for small and medium buyers.
· ✅ EU REACH registration, ASEAN cosmetic raw material filings
· ✅ ISO 9001, ISO 22716 certifications, third-party testing reports from SGS and Intertek
· ✅ China industrial production license, cosmetic raw material filings
· TY-PE996 (Daily Chemical Grade): Purity ≥99.6%, low irritation potential, formulated for mass-market skincare and hair care products.
· TY-PE992 (Industrial Grade): Purity ≥99.2%, outstanding cost-performance for coatings, inks and industrial anti-corrosion applications.
· TY-PE998 (Custom Pharmaceutical Grade): Purity ≥99.8%, sterile formulation for external disinfectants and medical devices.
1. Explosive export growth in Middle Eastern and African emerging markets: 2025 exports to Saudi Arabia, Egypt and Nigeria rose 58% year-on-year. Clients highlight 30% lower pricing, compliant quality and 24-hour rapid customer service response.
2. Preferred supplier for small and medium buyers: Low minimum order quantity of 100kg, flexible 30-day credit terms and free sample support drove a new customer conversion rate exceeding 70% in 2025.
3. Improved batch consistency: Continuous rectification technology limits purity fluctuation to ≤0.2%, delivering a complaint rate below 1% in 2025.
· ✅ EU REACH registration, FDA food contact certification
· ✅ ISO 9001, ISO 22716 certifications, third-party SGS testing reports
· ✅ Chinese cosmetic raw material filings, China industrial environmental certification
表格
Brand | Core Competitive Edge | Target Markets | Price Range (USD/MT) |
Yida Chemical | Ultra-high purity stability, certified supplier to global luxury brands | Europe/America, premium daily chemicals, pharmaceuticals | 12,000–15,000 |
Huangma Technology | Full purity gradient portfolio, top cost-performance | Japan/South Korea, Southeast Asia, mid-to-high-end OEM manufacturing | 10,000–13,000 |
Wanhua Chemical | Bio-based green production, full ESG compliance | Europe, premium makeup, organic skincare | 13,000–16,000 |
Langhui Petrochemical | Industrial-grade volume production, stable bulk supply | Southeast Asia, industrial coatings, electronic chemicals | 8,000–11,000 |
Tuoyuan Fine Chemical | Ultra-low cost, flexible small-batch orders | Middle East/Africa, small and medium buyers | 7,000–10,000 |
1. Premium daily chemicals / pharmaceuticals (infant care, sensitive skin, disinfectants): Prioritize Yida Chemical YD-PE998 for superior purity stability and full compliance credentials.
2. Mid-to-high-end daily chemicals / Korean OEM manufacturing: Select Huangma Technology HM-PE996 for unrivaled cost-performance and excellent compound compatibility.
3. Organic skincare / ESG-focused brands: Choose Wanhua Chemical WH-PE998G for bio-based low-carbon formulations and premium market positioning.
4. Industrial coatings / electronic chemicals: Source Langhui Petrochemical LH-PE995 for low metal ion content and competitive pricing.
5. Middle Eastern/African markets / small-batch procurement: Opt for Tuoyuan Fine Chemical TY-PE996 for ultra-low minimum order quantities, flexible customization and minimal costs.
Contact HiSiaddi customer service for more authentic, objective information on multiple well-known Chinese EPH brands.
The monthly inventory volume of EPH is 80 tons, with appropriate adjustments upwards or downwards in response to peak and off-peak seasons.
HiSiaddi safeguards the supply stability of EPH through the following measures:
(1) Performance evaluation and screening of EPH brand factories based on on-time delivery rate, batch pass rate, timeliness of risk alerts, and completeness of documentation to assess their supply stability.
(2) For each mainstream model or major grade of EPH, secure 1 primary high-quality brand manufacturer and 2 backup high-quality manufacturers.
(3) Each factory operates independent production lines in separate production zones to prevent production halts caused by major unforeseen incidents such as environmental production suspensions and power outages.
Through long-term cooperation with brand manufacturers via technology commercialization and authorized distribution channels, HiSiaddi can effectively strengthen supervision over the production processes of brand manufacturers, optimize full-process traceability management, improve batch stability control, and further reinforce real-time monitoring of the supply stability of EPH products.
Long-term Annual Framework Supply Guarantee Agreement. HiSiaddi signs 12-month long-term agreements with leading manufacturers. The agreements specify the minimum guaranteed supply volume, maximum price hike range, and priority production scheduling rights during peak seasons. It is stipulated that manufacturers shall issue a 30-day prior written notice if production is suspended due to environmental rectification or equipment maintenance, and backup manufacturers will be activated to replenish goods accordingly.
We have 4 warehouses, which are jointly operated and managed with suppliers to store hot-selling products.The four warehouses are located at Qingdao Port in North China, Ningbo Port in East China, Shenzhen Port in South China, and Zhengzhou, China’s inland logistics hub. This setup guarantees sufficient supply and timely shipment of EPH during peak seasons.
HiSiaddi issues a rolling demand forecast covering the subsequent three months on the 25th of each month, allowing manufacturers to reserve production capacity in accordance with the forecast. Any new urgent orders from overseas clients will be prioritized to draw on inventories or production capacity from backup manufacturers.
Unstable logistics for EPH will extend delivery lead times. HiSiaddi has established alternative arrangements covering multiple freight forwarders, ports and transportation solutions:
(1) Binding of multiple professional chemical freight forwarders for EPH
Each product is assigned 2 to 3 freight forwarders with hazardous chemical/food transport qualifications affiliated with different shipping lines. Alternative sailing schedules can be switched to immediately in case of space shortages or customs inspections on a single shipping route.
(2) Backup transportation solutions for EPH
Ocean freight serves as the standard mode; air freight and rail freight are reserved as alternatives for urgent orders. Long-term agreements for temperature-controlled containers are signed for temperature-sensitive and perishable food additives to secure shipping space.
(3) Visual tracking and digital early warning for EPH
Freight forwarders synchronize daily updates on container loading, customs declaration, vessel loading and port arrival milestones. If customs inspection occurs, replenishment from backup inventory will be initiated immediately to shorten client waiting periods.
Full-chain digital early warning automatically monitors four categories of risks:
Factory side: Expiring supplier environmental assessment certificates, renewal of production permits, scheduled major equipment overhauls, and notifications of price hikes for upstream raw materials;
Inventory side: Inventory falling below safety thresholds, excessive inventory age, and batches failing quality inspection;
Logistics side: Shipping line space shortages, strikes at destination ports, and updates to customs policies;
Overseas side: Revisions to additive regulations and adjustments to import restriction lists in target countries.
Early warning notifications are automatically pushed to procurement and business leads, allowing backup suppliers or inventory contingency plans to be activated in advance.
As a new-type foreign trade service provider driven by dual engines of technology transformation and foreign trade services, HiSiaddi has established a "1+2+3+4=1" service system and can supply original factory sources of EPH from multiple well-known brands. As a research-and-development-oriented foreign trade enterprise, HiSiaddi will professionally sort out and analyze common difficulties faced by B-end purchasers sourcing EPH in China, alongside corresponding solutions from HiSiaddi.
If you require more professional and in-depth analysis regarding EPH selection, please contact HiSiaddi customer service.
1. Residual phenol (a highly irritating, high-risk production byproduct) triggers sensitization and compliance risks. Strict limits on phenol are enforced by European and American daily chemical regulations; excessive residues cause skin stinging, redness and allergies, block CPNP and FDA cosmetic raw material approvals, and may lead to brand-wide product recalls.
2. Incompletely purified colored impurities cause yellow discoloration of phenoxyethanol, compromising the transparent texture of clear essences, toners, and crystal color cosmetics and devaluing high-end daily chemical products.
3. Volatile low-molecular aldehyde and ether impurities carry pungent peculiar odors that mask original fragrance notes in perfumes, aromatherapy products, and premium washing lines, severely damaging end-user experience.
4. Excessive heavy metal residues (lead, arsenic, mercury, iron) pose long-term skin contact health hazards and fail to meet European and American heavy metal limit standards for daily chemical raw materials, blocking market access.
5. Excess total microbial count in raw materials causes bacterial growth and mold spoilage in finished skincare products and wet wipes during storage and sales, drastically shortening shelf life and generating bulk product losses.
1. Multi-stage vacuum rectification + alkaline washing refining process controls residual phenol at ≤10 ppm, fully complying with global daily chemical regulatory limits to eliminate sensitization and compliance risks.
2. Deep decolorization via activated carbon + precision ultrafiltration stabilizes product color at ≤2 APHA for permanently transparent liquid compatible with all clear and high-end cosmetic formulas.
3. Additional vacuum deodorization and de-aldehyde processes remove volatile odorous impurities; raw materials carry extremely mild inherent odor that does not disrupt fragrance notes and preserves pure scent profiles of perfumes and washing products.
4. Ion exchange + chelation deep heavy metal removal ensures all heavy metal indicators fall far below European and American daily chemical standards; batch-by-batch heavy metal test reports are provided to satisfy skin contact safety requirements.
5. Full-process airtight sterile filling with strict factory microbial testing ensures compliant total colony count, mitigating mold spoilage of finished goods and extending shelf life from the source.
1. Toxic impurities including phenol and diphenyl ether fail pharmacopoeia standards; USP and EP pharmacopoeias impose clear limits on these substances. Excess residues result in failed drug filings and intensified irritation on broken wound surfaces, delaying healing.
2. Fluctuations in main content and impurity ratios across batches disrupt pharmaceutical antiseptic efficacy and formula balance, leading to unstable bacteriostatic performance and antiseptic failure in select batches of finished medicaments.
3. High acid value increases formulation irritation, causing burning sensations when applied to wounds and mucous membranes and failing mildness requirements for medical preparations.
4. Thermally unstable impurities in raw materials decompose during high-temperature sterilization and long-term storage of preparations, triggering liquid discoloration, stratification, and reduced drug efficacy, lowering reliability of medical products.
5. Medical-grade products require sterile production and filling environments; ordinary industrial-grade material lacks sterile treatment, with residual bacteria and spores failing to meet specifications for medical consumables and sterile preparations.
1. Custom production aligned with USP/EP pharmacopoeia standards; secondary rectification deeply removes harmful impurities such as phenol and diphenyl ether, with full test items compliant with pharmacopoeia requirements and pharmacopoeia-grade test reports available.
2. Automated closed-loop production locks fixed process parameters to minimize deviations in purity and impurities across batches, guaranteeing stable bacteriostatic and antiseptic efficacy for standardized pharmaceutical manufacturing.
3. Neutralization refining controls acid value at ≤0.02 mgKOH/g to reduce irritation, suitable for wound and mucous membrane medical products.
4. High-temperature pre-treatment eliminates thermally unstable components to improve overall thermal stability of raw materials; sealed packaging prevents deterioration and efficacy loss during preparation storage.
5. Production in Class 100,000 clean workshops with sterile filtration and filling, supported by sterility test reports to fully meet access requirements for sterile medical applications.
1. Insoluble mechanical and colored impurities enter coating systems, causing pinholes, particles, and color spots on paint films while clogging spray guns and filter screens, increasing equipment cleaning costs and lowering coating yield rates.
2. Phenoxyethanol is hygroscopic; excessive water content disrupts emulsification balance of water-based coatings and textile auxiliaries, triggering stratification and precipitation during storage and severely reducing system stability.
3. High volatile low-boiling organic residues push finished coating VOC levels above European indoor coating environmental standards and pollute workshop air.
4. Batch-to-batch component differences alter dissolution and compatibility performance, causing incompatibility and precipitation when compounded with resins and textile auxiliaries, requiring repeated formula adjustments during production.
5. Odorous components in raw materials volatilize heavily during coating curing and textile high-temperature setting, generating irritating fumes that degrade workshop working conditions and violate occupational health regulations.
1. Multi-stage precision filtration removes mechanical and colored impurities to eliminate paint film particles and color spots, protecting coating and textile processing equipment.
2. Vacuum deep dehydration controls water content at ≤0.1%; sealed packaging isolates moisture to stabilize water-based system emulsification and prevent stratification and precipitation.
3. Low-temperature flash evaporation removes low-boiling volatile components, bringing VOC indicators in line with EU environmental standards for interior coatings and civilian textile products.
4. Unified physical and chemical parameters across batches deliver consistent dissolution and compatibility performance, allowing clients to fix compound formulas without frequent process adjustments.
5. Preceding deodorization processes remove volatile odorous substances, eliminating strong irritating fumes during high-temperature processing and improving workshop working environments.
1. High pricing of premium daily chemical and pharmaceutical-grade products squeezes profit margins for mass-market washing goods, civilian disinfectants, and industrial preservatives; low-cost crude industrial material carries excessive impurities and weak antiseptic performance, creating a trade-off between cost and quality.
2. High levels of phenol and organic impurities in crude products weaken bacteriostatic efficiency and accelerate self-deterioration, shortening service life of industrial antiseptic systems and raising comprehensive usage costs.
3. Significant batch-to-batch fluctuations in main content, water content, and acid value for large-tonnage shipments force repeated adjustment of addition ratios and process parameters on production lines, increasing equipment downtime and lowering capacity utilization.
4. High temperature and humidity during ocean shipping to Southeast Asia and India degrade ordinary packaging sealing performance, leading to raw material moisture absorption and gradual oxidation, discoloration, and reduced antiseptic performance, rendering goods unusable upon arrival and elevating cargo loss rates.
5. Lack of English COA, MSDS, and basic test reports prevents local industrial and daily chemical product registration and market sampling inspections, restricting sales channels.
1. Cost-effective General Industrial Grade phenoxyethanol with simplified deep refining processes delivers core indicators meeting local civilian washing, industrial preservative, and textile antibacterial requirements, priced far below high-end refined grades to boost profit margins.
2. Basic removal of high-concentration phenol and corrosive impurities guarantees fundamental bacteriostatic and antiseptic efficacy, extending service life of preservative systems.
3. Standardized locked-parameter mass production unifies all physical and chemical indicators to narrow batch deviations, allowing clients to maintain fixed production processes and reduce equipment adjustment frequency.
4. Thickened sealed plastic barrels with double-layer moisture-proof inner linings withstand high-temperature, high-humidity ocean transit with no significant degradation of antiseptic performance upon arrival.
5. Streamlined English document packages including certificates of conformity, test chromatograms, MSDS, and compliance statements are provided to meet local regulatory filing and routine sampling inspection requirements.
1. Market irregularities prevail: some suppliers falsely label crude low-purity industrial material as daily chemical or pharmaceutical grade with misstated indicators for purity, residual phenol, and heavy metals. Downstream daily chemical and pharmaceutical clients suffer product scrap, regulatory violations, and costly compensation claims, severely damaging channel reputation.
2. As a liquid chemical, phenoxyethanol packaged in large drums is prone to barrel damage and seal aging leakage during ocean shipping, stacking, and loading/unloading, causing material loss, cross-contamination of adjacent cargo, and logistics disputes.
3. Simple packaging lacks light and oxygen isolation, leading to gradual oxidation of raw materials during cross-border warehousing and transit, increased color and acid value, and rejection by high-end daily chemical and pharmaceutical buyers, resulting in economic losses.
4. As an irritating organic chemical, incomplete English SDS, REACH-SVHC screening reports, and dangerous goods transport identification documents block access to formal European and American daily chemical, pharmaceutical, and factory supply chains, limiting distribution to low-end markets only.
5. Inability to provide third-party authoritative test reports and complete batch traceability records disqualifies suppliers from passing vendor qualification audits of top European and American daily chemical and pharmaceutical enterprises, forfeiting long-term high-value orders.
1. Direct supply of genuine original factory goods with fully accurate labeling of all indicators; batch-by-batch third-party full-item test reports are provided to support re-inspection by global laboratories, eliminating adulteration and false labeling risks and avoiding after-sales liabilities.
2. Solvent-resistant thickened dedicated drums with dual sealing lids and anti-aging gaskets; full leakage testing for every drum prior to factory delivery eliminates transit leakage and logistics cargo loss disputes.
3. Light-shielding sealed drums with nitrogen blanketing isolate oxygen and light to suppress oxidative discoloration; purity, acid value, and color remain stable throughout storage and transit without grade degradation.
4. One-stop provision of full English compliance documents: SDS, REACH reports, ocean dangerous goods identification certificates, and microbial test reports to facilitate expansion into high-end European and American distribution channels.
5. Complete batch traceability archives covering full production and quality inspection records to support client factory audits and supplier qualification reviews, securing long-term high-value cooperation orders.
For more professional and in-depth analysis regarding EPH selection, please contact HiSiaddi customer service.
Lead time
Quantity (ton) | 0 - 10 | 10 - 30 | > 30 |
Lead time (days) | 7 | 15 | To be negotiated |
As a new type of foreign trade service provider driven by dual engines of technology transformation and export services, HiSiaddi has built a "1+2+3+4=1" service system and can supply original factory goods of many well-known EPH brands.
As a research-driven foreign trade enterprise, HiSiaddi does not only promote its own factory products like single-brand manufacturers. We objectively analyze multiple competitive Chinese export brands of EPH and transparently share their production processes, supply stability and core performance indicators, alongside their downstream procurement impacts, to help buyers make efficient, secure sourcing decisions.
Contact HiSiaddi customer service if you need more authentic, objective information on multiple well-known Chinese EPH brands.
· Main reaction route: High-purity phenol (≥99.9%) reacts with ethylene oxide (EO) via patented supported solid base catalysts under continuous ethoxylation at 130–145°C and 0.35–0.45 MPa, achieving conversion ≥99.2% with byproduct (diethylene glycol phenyl ether) content ≤0.3%.
· Purification unit: Four-tower coupled negative pressure rectification + molecular sieve deep dehydration + activated carbon deodorization with full DCS automatic control, limiting temperature fluctuations to ±0.5°C to guarantee purity ≥99.8%, color ≤5 Hazen and moisture ≤0.03%.
· Environmental supporting facilities: EO tail gas recovery, biochemical wastewater treatment + RO water reuse, with three-waste emissions 30% below national standards to satisfy EU CSRD and REACH environmental audits.
· Production capacity: 20,000 tons/year continuous facility in Taixing, Jiangsu, with a single line capacity of 12,000 tons/year operating at full load year-round without seasonal shutdowns.
· Raw material security: On-site phenol storage tank zone + long-term EO supply contracts with Sinopec and CNOOC, maintaining raw material inventory for 45+ days to eliminate stockout risks from EO transportation restrictions.
· Delivery capacity: Monthly shipments of 1,600 tons; 7–12 day lead times for premium daily chemical and pharmaceutical orders, with 300–500 tons of high-purity safety stock reserved to avoid stockouts during Q2/Q4 peak demand seasons. Custom packaging (200kg sterile drums, 1-ton IBC totes) available.
· Historical performance record: 100% on-time delivery rate and zero batch complaints from 2023–2025, holding Class A core supplier ratings for L’Oréal and Estée Lauder.
· YD-PE998 (Pharmaceutical & Premium Daily Chemical Grade): Purity ≥99.8%, phenol ≤2 ppm, formaldehyde ≤3 ppm, chloropropanol ≤5 ppm, heavy metals ≤1 ppm, sterile & pyrogen-free.
· YD-PE995 (General Daily Chemical Grade): Purity ≥99.5%, phenol ≤5 ppm, color ≤10 Hazen, moisture ≤0.05%.
· Batch consistency: Purity fluctuation limited to ±0.1%, impurity fluctuation ±1 ppm with negligible inter-batch variation.
1. Premium daily chemicals (infant/sensitive skin): Ultra-low impurities and hypoallergenic performance comply with EU SCCS and FDA standards, directly applicable to 0–3 year-old infant care and medical repair products without secondary testing to eliminate compliance risks. Consistent batch quality reduces finished product color and odor complaints by 90%.
2. Pharmaceutical formulations (external disinfectants/dermatology): Sterile, low-endotoxin (≤0.5 EU/mL) EPH directly qualifies for eye drops, burn ointments and medical device soaking solutions, meeting USP/EP pharmacopoeia standards. Zero quality incident records eliminate financial risks from product recalls and fines equivalent to 5%–10% of annual revenue.
3. Supply chain & cost advantages: Domestic high-purity alternatives to BASF/Dow cut procurement costs by 20%–25%, shorten lead times by 50% (45 days → 12 days) and reduce capital tied up in inventory by 30%.
· Main reaction route: Phenol reacts with EO via NaOH/KOH composite catalysts at 125–150°C and 0.3–0.5 MPa, supporting switchable continuous/batch production modes for multi-purity, small-batch customization.
· Purification unit: Dual-tower negative pressure rectification + crystallization refinement for ultra-high-purity grades. HM-PE999 (99.9% purity) undergoes low-temperature crystallization + membrane filtration for ≥99.9% impurity removal efficiency.
· Flexible production strengths: 10 flexible production lines delivering full purity gradient coverage (99.2%–99.9%) with ≤4-hour changeover times for rapid response to small-batch custom orders.
· Production capacity: 18,000 tons/year in Shaoxing (two continuous lines + three batch lines) with 95% annual operating rate supporting 24-hour non-stop production.
· Raw material security: 6-month long-term phenol/EO contracts with minimum 30-day safety stock; dual warehouses in East and South China deliver Southeast Asian orders within 7 days.
· Delivery capacity: Monthly shipments of 1,300 tons; minimum order quantity of 1 ton with 3-day scheduling and 7-day delivery timelines. Custom impurity thresholds and packaging (100kg/200kg/IBC totes) available, highly accessible for small and medium buyers.
· Historical performance record: 89% repeat purchase rate from 2023–2025, 35% market share among Korean OEM manufacturers, delivery delay rate <0.5%.
· HM-PE999 (Ultra-High Purity Pharmaceutical Grade): Purity ≥99.9%, phenol ≤1 ppm, endotoxin ≤0.5 EU/mL, sterile.
· HM-PE996 (Premium Daily Chemical Grade): Purity ≥99.6%, phenol ≤3 ppm, color ≤8 Hazen, moisture ≤0.04%.
· HM-PE992 (Mass-Market Daily Chemical & Industrial Grade): Purity ≥99.2%, phenol ≤10 ppm, color ≤15 Hazen.
1. Mid-to-high-end daily chemicals (Korean OEM/sensitive skin): 99.6% purity and low phenol content comply with South Korea KFDA and EU ECOCERT standards for direct use in sunscreens, serums and organic skincare. 25%–30% lower pricing vs imports lifts gross margins by 10%–15%.
2. Mass-market daily chemicals (hair care/standard creams): 99.2% purity meets regulatory requirements at a 15% discount vs high-purity grades, balancing cost and quality. Excellent compound compatibility with tea tree oil and dipotassium glycyrrhizinate shortens new product R&D cycles by 30%.
3. Small and medium buyers: Low minimum order quantity (1 ton), short lead times (7 days) and 30-day credit terms cut trial-and-error costs by 50% for fast response to small-batch market demand.
· Main reaction route: Bio-based phenol (≥50% bio-carbon) reacts with sugarcane-fermented bio-based EO via patented solid acid catalysts at 120–135°C and 0.3 MPa, delivering conversion ≥99.5%, byproduct content ≤0.2% and a 40% reduction in carbon footprint.
· Purification unit: High-efficiency structured packing rectification + carbon capture. WH-PE998G (bio-based grade) achieves a carbon footprint ≤1.4 tons CO₂ per ton of product with EU ECOCERT organic certification.
· Full industrial chain integration: Self-produced bio-based EO upstream + downstream compound preservative formulation extensions deliver controlled costs, consistent quality and full ESG compliance.
· Production capacity: 15,000 tons/year dual production line (bio-based + petrochemical) in Yantai, including 5,000 tons/year dedicated bio-based capacity operating at full load.
· Raw material security: Self-sufficient bio-based EO + long-term petrochemical EO supply contracts eliminate external raw material reliance for 100% supply stability.
· Delivery capacity: Monthly shipments of 1,000 tons; 10–15 day lead times for bio-based orders, with local stockpiling across Europe and Southeast Asia for 7-day fast deliveries. Complete ESG documentation (carbon footprint reports, three-waste discharge data, sustainability certifications) provided on demand.
· Historical performance record: 120% growth in bio-based product orders in 2025, Class A ESG supplier rating for L’Oréal and Coty.
· WH-PE998G (Bio-Based Green Grade): Purity ≥99.8%, bio-based carbon ≥50%, carbon footprint ≤1.4 tons CO₂/ton product, biodegradation rate ≥60% within 28 days.
· WH-PE997 (High-Purity Daily Chemical Grade): Purity ≥99.7%, phenol ≤2 ppm, low sensitization potential, colorless & odorless.
· WH-PE993 (General Grade): Purity ≥99.3%, phenol ≤8 ppm, stable pricing.
1. Premium organic daily chemicals (European/luxury brands): Bio-based low-carbon biodegradable formulations align with clean beauty and ESG trends, meeting EU CSRD and CBAM carbon tariff requirements to deliver 30%–50% product price premiums. Complete carbon documentation eliminates additional third-party testing costs.
2. Premium makeup (Chanel/Lancôme OEM manufacturing): Colorless, odorless performance preserves color fastness with consistent preservative efficacy for lipsticks, eyeshadows and liquid foundations, cutting finished product color batch complaints by 95%.
3. Long-term supply chain resilience: Closed-loop full industrial chain limits annual price fluctuations to ≤5%, hedging crude oil price volatility. Full ESG compliance is a mandatory entry requirement for global luxury brand supply chains.
· Main reaction route: Phenol converted to sodium phenoxide reacts with EO in high-pressure reactors at 140–150°C and 0.6–0.8 MPa, achieving conversion ≥98.5% with byproduct content ≤0.8%. Mature technology with low capital equipment investment delivers 10% lower production costs vs standard ethoxylation routes.
· Purification unit: Dual-tower conventional rectification + simple dehydration optimized for 99.0%–99.5% industrial-grade EPH with low energy consumption, large output and minimal costs.
· Application optimization: Low metal ion (≤1 ppm) process refinement for electronic chemical and water-based coating compatibility.
· Production capacity: 12,000 tons/year continuous industrial-grade facility in Zibo with 98% annual operating rate and no annual maintenance shutdowns.
· Raw material security: Annual long-term phenol/EO contracts with minimum 25-day safety stock; direct shipments from Shandong ports deliver Southeast Asian orders within 5–7 days.
· Delivery capacity: Monthly shipments of 800 tons; minimum order quantity of 5 tons with 5-day scheduling and 7-day delivery timelines. 200 tons of permanent industrial-grade safety stock eliminates peak season stockouts with annual price fluctuations capped at ≤8%.
· Historical performance record: 70% market share across Southeast Asian industrial segments in 2025, 85% repeat purchase rate, unrivaled price competitiveness.
· LH-PE995 (Dual-Purpose Daily Chemical & Industrial Grade): Purity ≥99.5%, metal ions ≤1 ppm, color ≤12 Hazen, moisture ≤0.05%.
· LH-PE990 (Industrial Grade): Purity ≥99.0%, color ≤20 Hazen, moisture ≤0.1%.
· LH-PE998 (Custom High-Purity Grade): Purity ≥99.8%, customizable impurity thresholds on demand.
1. Industrial coatings (water-based/anti-corrosion): Low VOCs, non-stratifying, non-yellowing performance optimizes water-based industrial, wood and anti-corrosion coatings. 15%–20% lower pricing lifts gross margins by 8%–10%, while consistent batch quality reduces coating discoloration complaints by 80%.
2. Electronic chemicals (cleaning agents/photoresists): Low metal ion content (≤1 ppm) fits semiconductor cleaning, PCB cleaners and photoresist additives, cutting import procurement costs by 30% with compliant purity standards.
3. Small and medium Southeast Asian industrial clients: Competitive pricing, bulk supply capacity and fast lead times match local infrastructure and manufacturing demand; small trial order support enables rapid market entry.
· Main reaction route: Phenol reacts with EO in 500L–5,000L batch reactors at 130–150°C and 0.4–0.6 MPa, enabling flexible purity adjustment (99.0%–99.6%) with low equipment investment and rapid changeover for minimal costs.
· Purification unit: Single-tower vacuum rectification + activated carbon deodorization optimized for 99.2%–99.6% daily chemical and industrial grades with outstanding cost-performance.
· Customization capacity: Independent laboratory offering tailored impurity thresholds, packaging and batch sizes with 24-hour rapid response.
· Production capacity: 8,000 tons/year across 10 batch reactors in Yingcheng and Jingzhou with 90% annual operating rate and rapid capacity expansion capability.
· Raw material security: Monthly phenol/EO procurement supplemented by spot stock with minimum 20-day safety stock; dual warehouses in Central and South China deliver Middle Eastern/African orders within 10 days.
· Delivery capacity: Monthly shipments of 500 tons; ultra-low minimum order quantity of 100kg with 3-day scheduling and 7-day delivery timelines. Flexible payment options (30-day credit terms, letters of credit) and free sample support deliver a 70% new customer conversion rate in 2025.
· Historical performance record: 58% export growth to the Middle East and Africa in 2025, complaint rate <1%, top cost-performance option for emerging market buyers.
· TY-PE996 (Daily Chemical Grade): Purity ≥99.6%, phenol ≤5 ppm, color ≤15 Hazen.
· TY-PE992 (Industrial Grade): Purity ≥99.2%, color ≤25 Hazen, moisture ≤0.1%.
· TY-PE998 (Custom Pharmaceutical Grade): Purity ≥99.8%, sterile formulation, customizable impurity thresholds on demand.
1. Emerging market daily chemicals (Middle East/Africa): Compliant 99.6% purity at a 30% price discount fits mass-market skincare, hair care and soap formulations with mild, low-odor performance aligned with local consumer preferences. Short lead times and small-batch flexibility support rapid response to local small-volume orders.
2. Global small and medium buyers: Ultra-low minimum order quantity (100kg), flexible customization and credit terms minimize trial-and-error costs; free samples and rapid testing shorten certification cycles by 50%.
3. Cost-sensitive buyers: Globally lowest pricing (40%–50% cheaper than imports) paired with compliant consistent quality balances cost control and product performance.
表格
Brand | Core Production Technology | Purity Range | Supply Stability Rating | Price Range (USD/MT) | Target Downstream Segments |
Yida Chemical | Continuous precision synthesis + high-purity rectification | 99.5%–99.8% | ★★★★★ (Zero stockouts) | 12,000–15,000 | Premium daily chemicals, pharmaceuticals |
Huangma Technology | Composite catalysis + flexible rectification | 99.2%–99.9% | ★★★★☆ (Flexible delivery) | 10,000–13,000 | Mid-to-high-end daily chemicals, Korean OEM manufacturing |
Wanhua Chemical | Bio-based green production + carbon footprint control | 99.3%–99.8% | ★★★★☆ (Global stockpiling) | 13,000–16,000 | Organic skincare, premium makeup, ESG-focused brands |
Langhui Petrochemical | Sodium phenoxide reaction + economical industrial rectification | 99.0%–99.5% | ★★★★ (Stable Southeast Asian supply) | 8,000–11,000 | Industrial coatings, electronic chemicals, Southeast Asian industrial buyers |
Tuoyuan Fine Chemical | Batch flexible synthesis + cost-effective rectification | 99.2%–99.6% | ★★★★ (Fast emerging market delivery) | 7,000–10,000 | Middle Eastern/African daily chemicals, small and medium buyers, cost-sensitive clients |
· ✅ Premium daily chemicals / pharmaceuticals (infant care, sensitive skin, disinfectants): Yida Chemical YD-PE998 (ultra-stable high purity, full compliance credentials)
· ✅ Mid-to-high-end daily chemicals / Korean OEM manufacturing: Huangma Technology HM-PE996 (unmatched cost-performance, excellent compound compatibility)
· ✅ Organic skincare / ESG-compliant brands: Wanhua Chemical WH-PE998G (bio-based low-carbon formulation, premium market price premiums)
· ✅ Industrial coatings / electronic chemicals: Langhui Petrochemical LH-PE995 (low metal ion content, budget-friendly pricing)
· ✅ Middle Eastern/African markets / small-batch procurement: Tuoyuan Fine Chemical TY-PE996 (ultra-low MOQ, flexible customization, minimal total cost)
Contact HiSiaddi customer service for more authentic, objective information on multiple well-known Chinese EPH brands.
+86-13120989737 
info@hisiaddi.com 
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