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Additives Product List and Ranking from 185 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.

Additives Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.

  1. エフシ・ワーク Hiroshima//others
  2. サプライズサプライズ Hiroshima//others
  3. 長岡石油 Niigata//Petroleum and coal products
  4. 4 ビックケミー・ジャパン Tokyo//Chemical
  5. 5 null/null
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Additives Product ranking

Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.

  1. Reduce maintenance man-hours! Additive "Fujitsubo Tsukimafune" エフシ・ワーク
  2. 工作機械用　洗浄添加剤『リンガーフラッシュ』 長岡石油
  3. Additive "Diesel on Hyper" for using kerosene as diesel fuel サプライズサプライズ
  4. 4 BYK's barrier clay technology [natural clay and newly developed synthetic clay] ビックケミー・ジャパン
  5. 5 Multi-layer fullerene structure engine oil additive 'T-BOOST' ミカド商事

Additives Product List

511～540 item / All 589 items

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Anti-fouling additive: Imparts anti-fouling properties (fingerprint prevention) to UV-curable hard coating agents.

Anti-fouling additive: Imparts anti-fouling properties (fingerprint prevention) to UV-curable hard coating agents.

By adding a small amount to UV-curable acrylic hard coat agents, you can impart functionalities such as anti-fouling (fingerprint reduction), low refractive index, and slip properties.

FluoroSurf FS-702X series is a fluorine-based additive for UV-curable hard coatings. When processing UV-curable hard coatings on optical films, simply adding a small amount of FluoroSurf FS-702X to the hard coating can impart functionalities such as anti-soiling (fingerprint reduction), low refractive index, and slip properties. After addition, the fluorine component rises to the surface of the hard coating and exhibits its functions, and during UV irradiation, it co-polymerizes with the components of the hard coating to become integrated. By integrating, this product's functionality possesses abrasion resistance. *If you would like a free sample, please include "Sample Request" in your inquiry.

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  • others
  • Additives

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Offset printing environmentally friendly dampening water additive

Offset printing environmentally friendly dampening water additive

Offset printing dampening water additives (IPA and various alternative additives)

It is environmentally friendly and does not fall under the regulations of the PRTR Law, the Printing Industry Association's regulated substances, etc. Depending on the grade, it may also be exempt from the Fire Service Act. It excels in wettability, emulsification, and cost performance.

  • Chemicals
  • paint
  • Additives

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Corrosion-resistant and rust-proof additive for heat exchanger cooling water / TCW No.5

Corrosion-resistant and rust-proof additive for heat exchanger cooling water / TCW No.5

For countermeasures against industrial water troubles. Freeze resistance, anti-corrosion, anti-rust properties.

TCW No.7 is an additive for cooling water in heat exchangers that has excellent ion sealing properties, rust prevention, and antifungal properties. It effectively suppresses the formation of metal soaps and scum, such as calcium and silica, over a long period while providing excellent metal corrosion prevention.

  • Rust Inhibitor
  • Additives

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Denatonium Benzoate/Examples of Denatonium Use *Preventing Ingestion

Denatonium Benzoate/Examples of Denatonium Use *Preventing Ingestion

Safe for the human body! It has an intense bitterness that remains even when diluted a billion times, and is used as a substance to prevent accidental ingestion in products like shampoos and SD cards.

Denatonium is a compound that remains intensely bitter even when diluted a billion times, yet it is safe for the human body. In Western countries, it has become common practice to add denatonium to cosmetics and household products to prevent accidental ingestion by infants. In Japan, there has been a recent focus on manufacturers' responsibilities, leading to considerations for the addition of denatonium. Particularly in the case of toys, the use of denatonium during export has been increasing. 【Examples of Use】 1. Fresh flower preservative 2. Liquid candles (aroma oils) 3. Gel nails (nail polish) 4. Children's modeling clay 5. SD cards 6. Magnetic stationery 7. Resin wristbands 8. Magnetic toys 9. Button batteries *For more details about the denatonium used, please download the PDF materials or feel free to contact us.

  • others
  • Additives

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Public certification of the microbial degradation plastic additive "P-Life".

Public certification of the microbial degradation plastic additive "P-Life".

Thanks to its reliable biodegradability, it has obtained national certifications and environmental marks in countries around the world!

We would like to introduce the public certification of our microbial degradation plastic additive, 'P-Life'. Numerous verifications of the microbial degradation of non-degradable plastics have been conducted, and due to its proven microbial degradability, it has obtained national certifications and environmental marks (Green Label) in various countries around the world. Please feel free to contact us if you have any inquiries. 【National Certifications and Environmental Marks (Green Label)】 ■ Kingdom of Sweden ■ UAE (United Arab Emirates) ■ Hong Kong ■ Kingdom of Saudi Arabia ■ Federative Republic of Brazil *For more details, please refer to the related links or feel free to contact us.

  • plastic
  • Additives

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Mechanisms of polymer discoloration and degradation, tips for extending lifespan, and considerations during molding and processing.

Mechanisms of polymer discoloration and degradation, tips for extending lifespan, and considerations during molding and processing.

Mechanisms of polymer discoloration and degradation, tips for extending lifespan, and considerations during molding and processing.

Part 1: Stabilization of Polymer Materials for Improved Weather Resistance Using HALS and UVA [Keywords] 1. Engineering Plastics 2. Weather Resistance 3. Additives Part 2: Discoloration Issues in Polymer Materials - Fish Eye and Yellowing Problems During Molding and Processing, and Tips for Longevity [Keywords] 1. Yellowing, Pinking, Discoloration Mechanisms 2. Fish Eye 3. Yellowing (Burning Phenomenon) [Lecture Summary] Polymer materials face quality issues such as yellowing and pinking, as well as molding problems like fish eye and yellowing during processing. This lecture will introduce the mechanisms of oxidative degradation and oxidation prevention in polymer materials, points to consider during processing, the mechanisms of discoloration in polymer materials, and countermeasures. Part 3: Degradation and Lifetime Analysis of Polymer Products and Films [Keywords] 1. Market Failure Rate 2. Service Life 3. Lifetime Prediction

  • plastic
  • Technical Seminar
  • Additives

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Types of additives for coatings, their effects and functions, considerations during formulation design, and market trends.

Types of additives for coatings, their effects and functions, considerations during formulation design, and market trends.

★ A detailed explanation including the characteristics of various additives, their usage methods, and mechanisms. ☆ Considerations when formulating additives that support the durability of coatings.

**Part 1: Summary of the Lecture** Paints used outdoors are damaged by ultraviolet rays contained in sunlight, losing their gloss and sometimes even failing to function as a protective film for the underlying materials. To protect these paints from UV damage, UV absorbers and HALS (light stabilizers) are added. The reason automotive paints can maintain their gloss for over ten years is, of course, due to the development and improvement of the materials by paint manufacturers, but such durability would not be achievable without these additives. In this session, I will introduce the characteristics of each and explain the points to consider in formulation design. **Part 2: Summary of the Lecture** Water-based and UV-curable systems are beneficial methods suitable for making paints more environmentally friendly. I will present examples and the chemical theories behind achieving solutions to issues such as foaming and difficulty in wetting the substrate associated with water-based systems, as well as performance improvements utilizing the reaction curing with UV monomers and oligomers, all achieved through the use of additives. **Part 3: Summary of the Lecture** I have worked at Nippon Paint Co., Ltd. for 40 years, particularly involved in the research, development, and application of automotive paints. I hope that the knowledge I have gained about additives during this process will be of some benefit to all of you.

  • Company：AndTech
  • Price：10,000 yen-100,000 yen
  • Technical Seminar
  • Additives

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Measures against hydrolysis of polymers: Selection of additives, countermeasures, and analysis and evaluation of degradation.

Measures against hydrolysis of polymers: Selection of additives, countermeasures, and analysis and evaluation of degradation.

How to extend the lifespan of water-soluble polymers!?

★How should we test water resistance!? ★What are the key points for selecting monomers and additives!? ★We are currently offering a pre-content request service! We welcome your practical challenges! 【Venue】 Kawasaki City Industrial Promotion Hall, 10th Floor, Conference Room 1【Kanagawa, Kawasaki】 【Date and Time】 September 18, 2013 (Wednesday) 13:30-16:15 【Instructors】 Part 1: Mr. Hitoshi Iwabuki, Polymer Group, Research and Development Department, Okayama Prefectural Industrial Technology Center Part 2: Professor Yoshiko Nishimoto, Department of Chemistry, Faculty of Science, Kanagawa University

  • Company：AndTech
  • Price：10,000 yen-100,000 yen
  • Technical Seminar
  • Additives

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Performance Report of the Prototype of PVC Transparent Sheet (Biomisel BN-105, Additive)

Performance Report of the Prototype of PVC Transparent Sheet (Biomisel BN-105, Additive)

The applications of soft PVC products, which have improved performance and cost, will further expand.

BN-105 has been proven to be a product that provides good antistatic performance with a small amount of addition to soft PVC products, without the stickiness typically associated with the addition of conventional conductive plasticizers. This improvement in performance and cost opens up greater opportunities for the use of soft PVC products. 【Features】 ○ Brings the surface electrical characteristics of various insulating plastics closer to the semiconductor range ○ Eliminates contact and friction charging on the surface, allowing for long-term performance retention ○ Removes static electricity issues in packaging materials, improving hygiene by preventing dust accumulation and providing anti-fog properties ○ Prevents surface stickiness in injection molded products and deterioration of mouth opening in film molded products For more details, please contact us or download the catalog.

  • Static electricity eliminator
  • Additives

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Multimetal Compatible Anti-Corrosion Additive "VERZONE DFA-1"

Multimetal Compatible Anti-Corrosion Additive "VERZONE DFA-1"

Water-soluble rust inhibitor "VERZONE DFA-1" containing no benzotriazole compounds.

- It does not contain benzotriazole-based compounds. - It exhibits a high corrosion inhibition effect on various metals such as copper, copper alloys, aluminum, and iron with a small amount of addition. - It is a water-soluble rust inhibitor effective for aluminum and aluminum alloys. - Since aluminum is an amphoteric metal, corrosion can be a problem in high pH machining oils and cleaning agents. However, when DFA-1 is added to machining oils and cleaning agents, it demonstrates a high corrosion inhibition effect on aluminum and aluminum alloys. - Compared to inorganic corrosion inhibitors commonly used in machining oil applications, it uses organic agents as corrosion inhibition components, ensuring stability in liquid form when added to machining oils.

  • Chemicals
  • Additives

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Chemical polishing liquid additive for aluminum and aluminum alloys "AL-4"

Chemical polishing liquid additive for aluminum and aluminum alloys "AL-4"

For immersion treatment, various shapes of items can be processed! Compatible materials include A1000 series, A5000 series, etc.

"AL-4" is an additive for liquid-type chemical polishing solutions. By simply adding it to the basic composition of the chemical polishing solution, a high gloss can be achieved, and being a liquid, it is easy to handle. The generation of NOx gases is suppressed, which is expected to improve the working environment. Please feel free to contact us if you have any inquiries. 【Features】 ■ Additive for liquid-type chemical polishing solutions ■ Achieves high gloss just by adding it to the basic composition of the chemical polishing solution ■ Easy to handle due to its liquid form ■ Suppresses the generation of NOx gases, expected to improve the working environment ■ Suitable for processing items of various shapes due to immersion treatment *For more details, please refer to the PDF document or feel free to contact us.

  • Other abrasives
  • Additives

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Acid additive "Metalite Sun Up"

Acid additive "Metalite Sun Up"

By adding it to the pickling solution, the generation of acid mist is reduced, improving the working environment!

"MetaLite Sun Up" is an acid additive that can quickly remove not only the black scale of steel, hardening, and welding scale, but also stubborn oil stains, which was not achievable with conventional acid emulsions. When added to an acid treatment solution for rust removal, it can reduce the generation of smut during pickling, and its excellent dissolution suppression effect prevents over-etching of the material surface even during long-term or high-temperature pickling, resulting in a smooth surface. Additionally, by adding it to the pickling solution, the generation of acid mist is reduced, thereby improving the working environment. 【Features】 - Quickly removes not only the black scale of steel, hardening, and welding scale, but also stubborn oil stains. - Can reduce the generation of smut during pickling. - Prevents over-etching of the material surface and achieves a smooth surface even during long-term or high-temperature pickling. *For more details, please refer to the PDF document or feel free to contact us.

  • Cleaning agents
  • detergent
  • Other safety and hygiene products
  • Additives

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Fuel additive [ECOMAX] reduces heavy oil consumption by an average of 10% per year!

Fuel additive [ECOMAX] reduces heavy oil consumption by an average of 10% per year!

Adopted in a factory that thoroughly implements energy conservation! Proven cost reduction of 4.8 million yen per year! *Success stories available.

ECOMAX is a petroleum combustion promoter that improves fuel quality by adding it to gasoline, kerosene, light oil, and heavy oil, enabling enhanced performance of combustion equipment, reduction in fuel consumption, and significant reduction in harmful gas emissions. By adding a small amount of ECOMAX to petroleum fuel, the molecules of the fuel change, increasing the reaction with oxygen and improving combustion, which results in increased thermal energy. As a result, fuel efficiency is greatly improved. [Success Case] Hokuriku Linen Supply Co., Ltd. (Energy-saving factory) *Challenge* - After the Lehman Shock, while heavy oil prices temporarily decreased, they were still 2.5 times higher than when they were low, making heavy oil reduction essential. *Result* - "We had used another additive before, but ECOMAX is cheaper and has shown reduction effects," achieving an average reduction effect of about 10%. Multiplying the average monthly reduction of 5kl by the current unit price (as of October 2014) results in a monthly cost reduction of 400,000 yen, totaling approximately 4.8 million yen annually. *For more details, please download the catalog or contact us.*

  • Other Auto Parts
  • Other consumables
  • Additives

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Additive "Biodegradation Promoting Pellets"

Additive "Biodegradation Promoting Pellets"

Suitable for all plastic products! Introducing an additive that accelerates the biodegradation of plastics!

"Biodegradation Promoting Pellets" are materials that, when added to existing resin-related materials at a concentration of just 1-3%, can promote biodegradation only in environments where microorganisms are present. They are extremely useful for promoting biodegradation in landfills and compost, and they also enhance biodegradability in soil and marine environments. 【Features】 ■ Low cost ■ Non-oxidative ■ No need to change manufacturing processes ■ Accelerates the biodegradation of plastics ■ Usable for all types of plastic products *For more details, please refer to the PDF document or feel free to contact us.

  • Other additives
  • Lubricants and additives
  • Additives

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Synthetic lubricating oil base materials and additives "BROWNON BUP, BEP series"

Synthetic lubricating oil base materials and additives "BROWNON BUP, BEP series"

High viscosity index with small viscosity changes due to temperature! Also suitable for cosmetic bases and fiber lubricants!

The "Brownon BUP, BEP series" is a polyether-based synthetic oil developed based on technologies cultivated through our unique research. It possesses a wide range of viscosity characteristics and physical properties that span from water-soluble to non-water-soluble, and can be used alone or in combination with other substrates. 【Features】 ■ Demonstrates a wide range of viscosity characteristics by varying the degree of polymerization of EO, PO, etc. ■ Shows physical properties from water-soluble to non-water-soluble by changing the polymerization ratio of EO, PO, etc. ■ Has a high viscosity index, with minimal viscosity changes due to temperature variations. ■ Scientifically stable. ■ Does not generate sludge or varnish. *For more details, please refer to the PDF document or feel free to contact us.

  • Organic Natural Materials
  • others
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Microbial Degradable Plastic Additive 'P-Life' for the Food Industry

Microbial Degradable Plastic Additive 'P-Life' for the Food Industry

Solving the plastic problem in food packaging! Reducing environmental impact for a safe future.

In the food industry, plastic is widely used as packaging material. However, plastic waste is one of the major factors causing environmental issues. Therefore, we have developed a microbial-degradable plastic additive called 'P-Life.' 'P-Life' reduces environmental impact by making the plastic in food packaging materials easier to decompose by microorganisms. 【Usage Scenarios】 - Food packaging materials (trays, containers, bags, etc.) - Food processing sites - Reduction of environmental impact - Improvement of recycling rates - Waste reduction 【Effects of Implementation】 By adding 'P-Life' to food packaging materials, the decomposition rate is improved compared to conventional plastics, significantly reducing environmental impact. It also contributes to increased recycling rates and waste reduction, helping to achieve a sustainable society.

  • Other additives
  • Biodegradable plastics
  • Additives

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"P-Life" microbial degradation plastic additive for beverages.

"P-Life" microbial degradation plastic additive for beverages.

Promote the recycling of PET bottles! Reduce environmental impact and achieve sustainability.

As environmental issues become more serious, reducing plastic waste is an urgent challenge. In particular, the beverage industry uses a large number of PET bottles, and their disposal has become a significant burden. Therefore, we have developed a microbial degradation plastic additive called 'P-Life.' This additive promotes the decomposition of plastic products such as PET bottles, reducing environmental impact. 【Usage Scenarios】 * PET Bottles: Improved recycling rates, reduction of marine plastic waste * Beverage Containers: Reduction of environmental impact, contribution to sustainability * Food Packaging: Enhanced biodegradability, consideration for the environment 【Effects of Implementation】 By adding 'P-Life' to PET bottles, the decomposition rate improves compared to conventional plastics, leading to higher recycling rates. It also contributes to the suppression of marine plastic waste generation. Furthermore, by reducing environmental impact, it enhances corporate image and showcases commitment to sustainability.

  • Other additives
  • Biodegradable plastics
  • Additives

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Microbial Degradable Plastic Additive 'P-Life' for Cosmetics

Microbial Degradable Plastic Additive 'P-Life' for Cosmetics

Achieving environmentally friendly biodegradable containers! Promoting sustainability with P-Life.

As awareness of environmental issues increases, the cosmetics industry is also being called upon to take action towards sustainability. The disposal of plastic containers is a significant challenge, but the biodegradable plastic additive 'P-Life' is a groundbreaking solution that transforms conventional plastics into environmentally friendly materials. 【Usage Scenarios】 - Cosmetic containers: Reducing environmental impact, improving recycling rates - Cosmetic packaging: Contributing to sustainability, enhancing brand image - Cosmetic samples: Responding to the demand for environmentally friendly products 【Effects of Implementation】 By introducing 'P-Life', the biodegradability of cosmetic containers can be enhanced, reducing environmental impact. Additionally, promoting efforts towards sustainability contributes to improving brand image.

  • Other additives
  • Biodegradable plastics
  • Additives

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Microbial Degradable Plastic Additives for Daily Necessities Manufacturers

Microbial Degradable Plastic Additives for Daily Necessities Manufacturers

Solving the plastic waste problem! We support the creation of environmentally friendly products.

As awareness of environmental issues rises, the problem of plastic waste is becoming more serious. Manufacturers of everyday goods may be considering the introduction of biodegradable plastics to reduce environmental impact and meet consumer needs. The microbial degradation plastic additive "P-Life" is a groundbreaking product that transforms conventional plastics into biodegradable plastics that can be decomposed by microorganisms. 【Usage Scenarios】 - Shopping bags and plastic bags: Transform conventional plastic shopping bags and plastic bags into biodegradable materials. Reduce environmental impact and contribute to sustainability. - Food containers: Enhance the biodegradability of food containers and reduce environmental impact after disposal. Achieve environmentally friendly packaging. - Everyday goods: Improve the biodegradability of various everyday items such as shampoo bottles and detergent bottles, contributing to reduced environmental impact. - Others: Improve the biodegradability of a wide range of products, including toys and stationery, contributing to reduced environmental impact. 【Benefits of Introduction】 - Reduction of environmental impact: By adopting biodegradable plastics, the accumulation of plastic waste in soil and oceans is suppressed. - Response to consumer needs: Meet the needs of environmentally conscious consumers and contribute to enhancing brand image.

  • Other additives
  • Biodegradable plastics
  • Additives

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Microbial Degradation Plastic Additive for Construction: 'P-Life'

Microbial Degradation Plastic Additive for Construction: 'P-Life'

Achieving waste reduction and environmental impact reduction! Creating the future of building materials.

In the construction industry, a large number of plastic materials are used. However, these materials are difficult to decompose naturally and are one of the factors contributing to environmental issues. Therefore, we have developed a microbial-degradable plastic additive called 'P-Life.' By adding 'P-Life' to plastic products, we can promote decomposition by microorganisms and reduce environmental impact. 【Application Scenarios】 - Construction materials: Insulation materials, waterproof sheets, interior materials, etc. - Civil engineering materials: Pipes, sheets, protective materials, etc. - Waste reduction at construction sites: Plastic packaging materials, protective sheets, etc. 【Effects of Implementation】 By introducing 'P-Life,' we can significantly reduce the environmental impact in the construction industry. - Reduction of waste volume: Microbial decomposition can decrease plastic waste. - Improvement of recycling rates: Decomposed plastic is returned to the soil, contributing to resource circulation. - Reduction of environmental impact: Contributes to reducing CO2 emissions and combating global warming.

  • Other additives
  • Biodegradable plastics
  • Additives

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Micronized modified biopolymer CERAFLOUR 1002

Micronized modified biopolymer CERAFLOUR 1002

A biodegradable biopolymer with wax-like properties based on renewable raw materials. It enhances matte finish, surface protection, and creates textured surfaces.

CERAFLOUR 1002 enhances scratch resistance and creates a soft touch effect. It has a matte finish effect, especially in radiation-curable systems, and produces a very transparent coating. Thanks to its particle size distribution, CERAFLOUR 1002 facilitates the creation of slightly textured surfaces. It does not affect viscosity or surface slip and does not cause foam stabilization. CERAFLOUR 1002 is biodegradable and composed of over 97% renewable raw materials. Applications: • Wood and furniture coatings • General industrial coatings • Architectural coatings • Floor coatings • Printing inks Water-based, solvent-based, non-solvent-based, UV-based.

  • Organic Natural Materials
  • Additives

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Additive for thermoplastic compounds: BYK-MAX CT 4260

Additive for thermoplastic compounds: BYK-MAX CT 4260

Non-halogen flame-retardant thermoplastic plastic flame retardant additive. Layered silicate (clay) filler that improves gas barrier properties.

BYK-MAX CT 4260 improves flame retardant properties by promoting dripping suppression and char formation, making it suitable for use in halogen-free flame-retardant thermoplastic compounds. BYK-MAX CT 4260 can reduce the amount of fillers such as aluminum hydroxide and magnesium hydroxide. This results in improved processing characteristics and physical properties, as well as a reduction in the weight of the compound. The barrier properties against oxygen, water vapor, and hydrocarbons can be enhanced by using BYK-MAX CT 4260. In bioplastics such as thermoplastic plastics and polylactic acid (PLA), the melt viscosity increases, allowing for improved dimensional stability during extrusion.

  • plastic
  • Additives

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Additive for thermoplastic compounds: BYK-MAX CT 4270

Additive for thermoplastic compounds: BYK-MAX CT 4270

Organic modified layered silicates (clay materials) that impart reinforcing effects to thermoplastic compounds.

BYK-MAX CT 4270 allows for improvements in low density, surface appearance, flow length, dimensional stability, and scratch resistance by being added to TPO or polyolefin compounds in amounts of less than 10 weight percent, preferably less than 6 weight percent. It also enhances mechanical properties such as tensile strength. The intended applications are inorganic fillers or glass-filled compounds for TPO-based automotive parts. Unlike other commercially available clay products, BYK-MAX CT 4270 is based on mixed-form clay technology, which facilitates easy dispersion. The organic modification of BYK-MAX CT 4270 is designed to withstand thermal history in the compound. Our proprietary mixed-form clay exhibits excellent dispersibility. Additionally, changes in melt rheology can improve flow length within the mold and reduce resin temperature, leading to shorter cycle times. In composite formulations, a resin-rich surface is often observed. While increasing tensile strength, it is important to note that BYK-MAX CT 4270 may reduce impact strength. To avoid this, a comprehensive evaluation of the entire formulation is necessary. Blending with impact modifiers in the base resin is crucial for achieving the final performance results.

  • plastic
  • Additives

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PTFE-free micronized wax additive: CELAFLOUR

PTFE-free micronized wax additive: CELAFLOUR

PTFE-free micronized wax additive that achieves excellent abrasion resistance and scratch resistance in water-based, solvent-free, solvent-based, and UV coating systems.

Features CERAFLOUR 1050, 1051, 1052: • Significant improvement in wear resistance and scratch resistance • Slip resistance of the coating significantly improved from medium to high • Very fine particle size distribution Suitable for thin clear coats and systems • Compliant for food contact applications Other advantages • CERAFLOUR 1050: Especially recommended for clear coats and systems sensitive to haze • CERAFLOUR 1051: Excellent performance across a wide range of applications • CERAFLOUR 1052: Ideal for systems that do not require slip resistance in the coating

  • plastic
  • Additives

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Additive BYK-ET 3000 for lithium-ion batteries

Additive BYK-ET 3000 for lithium-ion batteries

BYK's additives play a very important role in making the manufacturing process of lithium-ion batteries more efficient and improving product characteristics.

BYK-ET 3000; Solvent-based paste of conductive carbon and wetting dispersant for high filler electrode slurry of lithium-ion batteries Features The stabilization effect of BYK-ET 3000 shortens the dispersion process of carbon black and other conductive carbons (such as ketjenblack and carbon nanotubes). Adding BYK-ET 3000 improves particle stability and reduces the viscosity of the slurry compared to standard formulations without dispersants. BYK-ET 3000 facilitates the formulation of electrode slurries for lithium-ion batteries with high solid content. The higher the solid content, the shorter the drying process, which enhances the productivity of electrode manufacturing.

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  • Additives

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Bio-based additives that expand functionality

Bio-based additives that expand functionality

Products such as particle additives similar to bio-based wax for surface protection and wax-based additives that replace PTFE to provide scratch resistance have been launched.

Wax-based additives used for matte finish and surface protection: ◎ Biodegradable CERAFLOUR 1000, CERAFLOUR 1001, and CERAFLOUR 1002 utilizing microorganisms. ◎ Recently developed CERAFLOUR 1003 and 1004 using corn starch, and CERAFLOUR 1010 modified from canola oil. Although not composed of wax, they possess wax-like properties, demonstrating scratch resistance and matte finish effects. Wax-based additives that replace PTFE for scratch resistance: ◎ Polyethylene-based CERAFLOUR 1050, 1051, and 1052 as alternatives to PTFE.

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Rheology (Layered Inorganic) Additive 'GARAMITE -7305'

Rheology (Layered Inorganic) Additive 'GARAMITE -7305'

Powdered rheology additives for high polarity solvent systems and solvent-free systems that improve storage stability and anti-settling properties.

GARAMITE-7305 is a rheology additive that exhibits superior properties compared to conventional organic affinity phyllosilicates (organic clays). Conventional phyllosilicates require high shear forces and polar activators (surfactants) to promote dispersion during formulation. In contrast, GARAMITE-7305 can be easily dispersed and activated with moderate shear forces in solvents and binders. By using GARAMITE-7305, it becomes possible to achieve high viscosity formulations in low shear areas, resulting in excellent sedimentation prevention effects and anti-syneresis properties. When shear forces are applied, viscosity significantly decreases, greatly improving application characteristics.

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[Information] Additives for Paints, Coatings, and Inks - Functional Wax Additives

[Information] Additives for Paints, Coatings, and Inks - Functional Wax Additives

Introducing additional features and applications of release agents for aluminum die casting!

This document introduces additives for paints, coatings, and inks, as well as functional wax additives. It includes information on the manufacturing methods and types of products such as Aquasar and Holdamar, as well as the types and functions of waxes, including slip resistance and anti-blocking. The content is designed to be easy to reference when selecting products. Please feel free to download and take a look. [Contents] ■ Manufacturing methods and types of products ■ Types and functions of waxes *For more details, please download the PDF or feel free to contact us.

  • Lubricants and additives
  • paint
  • Coating Agent
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"LAPONITE-EP" for spray-type surface cleaner

"LAPONITE-EP" for spray-type surface cleaner

LAPONITE products are used to stabilize and improve the performance of a wide range of household products!

"LAPONITE-EP" is specially designed to enhance the rheological control of aqueous materials under "harsh conditions." This product is a layered silicate synthesized from a mineral source that naturally exists and has unique organic modifications. Before adding other formulation components, please pre-disperse it in water. Add the product to the water while stirring quickly. Continue stirring for at least 10 minutes. 【Typical Properties】 ■ Appearance: Free-flowing white powder ■ Free moisture: Up to 10% ■ pH (2% dispersion): 9-11 ■ Bulk density: 750–950 kg/m3 ■ Specific density: 2.1 *For more details, please download the PDF or feel free to contact us.

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