As a new-type foreign trade service provider driven by both technology transformation and foreign trade services, HiSiaddi has established a "1+2+3+4=1" service system and can supply original factory sources of CMIT/MIT isothiazolinone from multiple well-known brands.
As a R&D-oriented foreign trade enterprise, HiSiaddi has collaborated with factories on technology transformation and conducted multiple rounds of inspections of CMIT/MIT isothiazolinone manufacturers, gaining objective and in-depth understanding of different brands. Therefore, we often analyze various CMIT/MIT isothiazolinone brands and manufacturers for clients to help them find matching products. Below is a brand recommendation case.
If you need more comparative analysis of brands and models, please contact HiSiaddi customer service.
HiSiaddi horizontally analyzed advantages and disadvantages of 5 major domestic brands, screened 3 matching models from 2 leading manufacturers, and delivered an annual long-term procurement order of 132 tons.
ChemTech is located in North Rhine-Westphalia, Germany, with 23 years of R&D and production experience in high-end water-based industrial coatings, precision fully synthetic cutting fluids and closed power plant circulating water chemicals. Its end partners include local Mercedes-Benz supporting coating factories in Germany, major paper groups along the Rhine and thermal power enterprises in the Ruhr region. All products comply with EU REACH, BPR biocide regulations and Germany’s EC environmental standards, with finished product formulas filed with the German Federal Chemicals Agency. Raw material indicators are directly linked to finished product environmental impact assessment and warranty cycle. The enterprise has long imported original CMIT/MIT biocide from Lanxess, Germany. Driven by surging European local chemical raw material prices and compressed production capacity of overseas factories, import costs rose by 37% and sea transportation cycle extended to 90 days. In 2025, it launched a China-sourced raw material localization substitution project, planning to purchase a total of 132 tons of CMIT/MIT throughout the year, divided into three major applications: 62 tons for high-end industrial topcoat anticorrosion, 45 tons for alkaline fully synthetic cutting fluids, and 25 tons for low-temperature closed circulating water.
In the early stage, the client independently contacted 5 mainstream domestic CMIT/MIT source manufacturers via email and online channels: Dalian BaiAo Chemical, Jiangsu Kaimeite, Shandong Yubin New Materials, Zhejiang Huangma Technology and Shandong Yousuo Chemical. Sales staff of each manufacturer only focused on the advantages of their own products, promoted their own models, introduced product parameters in compliance yet avoided talking about competitors’ highlights, applicable scenarios and shortcomings, without any horizontal objective comparison. Lacking knowledge of China’s additive industry brands, the client failed to distinguish salt-containing/salt-free and national standard general/high-end modified models, receiving a total of 8 product quotations and samples from 5 manufacturers. Laboratory small-scale tests revealed multiple problems including delamination, low-temperature crystallization and loss of bacteriostatic activity under strong alkaline conditions, making independent screening of matching raw materials impossible and stalling product selection for nearly 45 days. The client fully entrusted HiSiaddi foreign trade with full-brand horizontal evaluation, model screening and sample coordination.
Relying on industry resources and application laboratory data of isothiazolinone, HiSiaddi put aside brand interest ties and itemizedly analyzed the full range of main models of 5 leading manufacturers from five dimensions: production process, product series, strengths, weaknesses and applicable scenarios, sorting out a complete Chinese-English comparative evaluation report for the German client.
· Main models: ① CMIT-14S (national standard 14% salt-containing general grade, magnesium chloride stabilizer, pure water solvent, CMIT:MIT=3:1); ② PG10 salt-free modified grade (10% active substance, propylene glycol solvent, magnesium-salt-free)
· Product strengths: Automated continuous production lines, batch content fluctuation ≤±0.2%, full series completed full-tonnage REACH registration, strict impurity control, full CNAS inspection upon factory delivery
· Product weaknesses: High chloride ion content of general salt-containing grades, unsuitable for high-alkali cutting fluids and high-end emulsion coatings; high minimum order threshold for customized salt-free models, high quotation for small-batch samples
· Applicable fields: PG10 for coatings and fine daily chemicals; 14S only for ordinary sewage treatment and low-end industrial circulating water
· Main models: ① KMT-14 standard salt-containing Kathon; ② KMT-PG12 salt-free polyol modified 12% stock solution (two active ratios: 2.2:1 / 3.6:1)
· Product strengths: Optimized compounding system relying on fine chemical research institute, industry-leading compatibility stability of modified products in acrylic coatings, complete auxiliary BPR filing documents for EU
· Product weaknesses: Average cost-performance of general water treatment grades, weak low-temperature antifreeze performance of conventional salt-containing products
· Applicable fields: Full series of KMT-PG12 for high-end coatings and low-temperature circulating water
· Main models: ① YB-14 national standard salt-containing Kathon; ② DPG14 dipropylene glycol salt-free antifreeze 14% stock solution
· Product strengths: Controllable mass production cost of polyol solvent grades, DPG model no crystallization at -12°C with outstanding low-temperature performance, flexible fine-tuning of CMIT/MIT ratios
· Product weaknesses: Few segmented coating-specific models, slightly larger batch color difference of conventional products compared with BaiAo and Kaimeite
· Applicable fields: DPG14 specially for circulating water and cutting fluids under low-temperature working conditions in Northern Europe and Germany
· Main models: HM-14 general salt-containing Kathon, compound composite anticorrosion Kathon
· Product strengths: Self-owned surfactant raw material supporting, compound grades suitable for ordinary latex paints
· Product weaknesses: Small mass production scale of high-end salt-free modified products, long delivery cycle for single batches, insufficient stability under strong alkaline environments
· Applicable fields: Only mid-to-low-end architectural latex paints, incompatible with the client’s high-end automotive paints and cutting fluid formulas
· Main model: YS-14 salt-containing Kathon for high-hardness water bodies
· Product strengths: Formula optimized for high-mineralization circulating water, outstanding hard water resistance
· Product weaknesses: Full product line dominated by salt-containing products without mature salt-free product lines, inorganic salt content failing to meet coating system requirements
· Applicable fields: Municipal sewage and ordinary industrial circulating water, unable to match the client’s coating and cutting fluid formulas
Combining the client’s four mandatory indicators: salt-free requirements, anti-delamination for coatings, alkali resistance for cutting fluids and no crystallization at low temperatures, Huangma and Yousuo were eliminated (product systems unable to match high-end formulas). Finally, two mid-to-high-end leading brands (Dalian BaiAo Chemical and Jiangsu Kaimeite) and three segmented models were selected to precisely correspond to the client’s three product lines:
1. BaiAo PG10 (10% salt-free propylene glycol CMIT/MIT, ratio 2.2:1) → For 62 tons of high-end water-based automotive topcoat anticorrosion. Free of magnesium chloride inorganic salts to eliminate emulsion salting-out and delamination of coatings, with narrow-range ratios matching the storage stability of acrylic systems, equivalent to the compatibility performance of original Lanxess products.
2. Kaimeite KMT-PG12-A (12% salt-free modified, ratio 1.6:1) → For 45 tons of high-pH fully synthetic cutting fluids. Optimized alkaline stabilizing additives with active loss less than 5% under pH 9.2 conditions, solving the pain point of rapid deactivation of domestic general Kathon under strong alkaline environments.
3. Kaimeite KMT-PG12-B (12% salt-free antifreeze grade, ratio 3.6:1) → For 25 tons of low-temperature closed circulating water in northern Germany. Mixed polyol antifreeze additives prevent crystallization after storage at -12°C, suitable for open-air tank storage in winter in the Ruhr region.
1. Sample Verification: HiSiaddi coordinated two factories to produce 50kg samples of corresponding models respectively. Full physical and chemical testing was first conducted at domestic CNAS laboratories, then samples were airfreighted to ChemTech’s R&D center in Germany. Triple full-dimensional tests including 90°C accelerated storage, low-temperature freezing and strong alkaline compatibility were completed, and all three samples passed the client’s laboratory acceptance with no delamination, crystallization or non-compliance of bacteriostatic indicators under EU control standards.
2. Delivery of First Mass Order: The client placed an initial order of 42 tons (20 tons PG10, 15 tons KMT-PG12A, 7 tons KMT-PG12B). HiSiaddi coordinated staggered production scheduling at two factories, standardized EU CLP bilingual SDS and REACH tonnage coverage documents uniformly, and completed one-time release after hazardous goods customs declaration at Shanghai Port with no detention or inspection at Hamburg Port upon arrival.
3. Performance of Full Annual Order: The remaining 90 tons were delivered in three quarterly batches, completing smooth delivery of the full 132-ton annual procurement. The client successfully replaced original imported Lanxess raw materials after putting finished products into production, with comprehensive procurement costs reduced by 32.5%.
4. Long-Term Cooperation Established: ChemTech renewed the annual CMIT/MIT procurement long-term agreement of 180 tons the following year, and simultaneously entrusted HiSiaddi with full procurement selection for BIT and DCOIT, appointing HiSiaddi as its exclusive raw material selection service provider in China.
1. Industry Pain Points: Domestic CMIT/MIT manufacturers are sales-oriented, only promoting their own products and avoiding competitors’ advantages. Mid-to-high-end overseas clients lack access to information on domestic brands, and are highly likely to select mismatched raw materials relying solely on one-sided introductions from manufacturers. Low-end purchasers only focus on unit price and randomly select national standard salt-containing spot goods, while mid-to-high-end European and American end manufacturers have extremely low fault tolerance for raw material selection restricted by formula filing and environmental regulations, requiring third-party neutral platforms for horizontal brand comparison.
2. Core Value of HiSiaddi: Break free from binding interests with a single manufacturer, take the client’s formula demands as the benchmark, neutrally decompose advantages and disadvantages of multiple domestic brands, accurately screen brands and models, fill information blind spots of overseas clients on domestic additives, and bind high-quality mid-to-high-end overseas clients relying on professional selection services.
3. Product Stratification Logic: Clear differentiation of domestic CMIT/MIT products: salt-containing national standard grades target sewage and low-end daily chemicals; salt-free polyol modified grades target high-end European and American coatings and cutting fluid markets, serving as the main procurement category for mid-to-high-end clients.
If you need more comparative analysis of brands and models, please contact HiSiaddi customer service.
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