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Home > Cosmetic Ingredient > Antistatic (Find 27 items)

Cosmetic Ingredient

Antistatic

Find out how our premium antistatic agents can help you. Please find the comprehensive data on product information, CAS NO., properties, and SDS for the best quality products. Purchase antistatic agents and raw chemical materials from only certified suppliers with detailed product descriptions.

Stearyldimethylbenzylammonium chloride

(122-19-0)
Used as a cationic dye and a leveling agent for dyeing acrylic fiber. Make the dyed fabric feel soft. This product has good flexibility to cellulose acetate, and has a sterilization and disinfection effect. It has good level dyeing properties for cationic dyes. It can be used in the same bath with cationic and nonionic surfactants. When dyeing acrylic fiber, the general dosage is 2% to 3%. To increase the dyeing rate, it can be increased to 3% to 5%. This product is mainly used as a thickening a

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Stearyltrimethylammonium chloride

(112-03-8)
Cationic surfactant, widely used in asphalt emulsification and waterproof coating emulsification, silicone oil emulsification, hair conditioner cosmetic emulsification and conditioning, fabric fiber soft antistatic, organic bentonite modification, protein flocculation and water treatment flocculation in biopharmaceutical industry, glass fiber softness Processing, anti-scorching agent for nylon parachute surface, as well as bactericide and disinfectant.

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Sodium Lauroyl Sarcosinate

(137-16-6)
Sodium Lauroyl Sarcosinate is a surfactant extensively utilized in personal care products, valued for its outstanding cleansing and foaming properties. This ingredient is particularly common in shampoos and body washes, effectively removing dirt and grease while maintaining the natural moisture of hair and skin. Sodium Lauroyl Sarcosinate not only provides rich foam but also offers a gentle cleansing experience, making the usage enjoyable and comfortable for consumers. Moreover, it is widely applied in the cosmetics industry, significantly enhancing skin softness and smoothness, resulting in a more refined and elastic appearance. By incorporating this ingredient, cosmetics can better adhere to the skin, providing a more lasting makeup effect. Whether in creams, lotions, or cleansing products, Sodium Lauroyl Sarcosinate plays its unique role in improving the overall texture and appearance of the skin.

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Sepilift DPHP

(41672-81-5)
dipalmitoyl hydroxyproline (DPHP) is an anti-aging ingredient with moisturizing properties, it is said to enhance skin firmness, protect elastin fibers, and act as a carrier of hydroxyproline through the skin. It is a vegetal derivative.

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Sodium chondroitin sulfate

(9082-07-9)
Used to regulate blood lipids and resist arteriosclerosis

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Sodium N-lauroylglutamate

(29923-31-7)
sodium lauroyl glutamate is a surfactant with some moisturizing capacities, it can be derived from vegetal raw materials, and therefore may often be found in “natural” or plant-based cosmetics.

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Sodium caseinate

(9005-46-3)
Sodium caseinate is a dairy protein widely used in the food industry as an emulsifier, thickener and stabilizer. It is also used in sports nutrition products and medical foods to provide a high-quality protein source.

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Soya lecithins

(8030-76-0)
highly water dispersible for oil-in water emulsions with a high HLB contains lecithin, ethoxylated monodiglycerides and propylene glycol store at 4oC

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Sodium isethionate

(1562-00-1)
Used as surfactant intermediate, daily chemical and pharmaceutical intermediate, etc.

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Antistatic agents decrease the possibility of electrostatic charge accumulation in materials by enhancing their conductivity. It reduces static charge build-up so that materials are safe and easier to handle by using antistatics. Antistatic additives are used to improve the performance of the product by reducing the associated static concerns. “Antistatic agents” offered on ECHEMI mainly supply raw materials used in industrial and electronic industries.

More Information

Static control is crucial in manufacturing and the performance of materials, and an antistatic agent is required for this purpose. Its function is to minimize the static charges that are a problem when handling sensitive materials by increasing the surface conductivity. Antistatic additives are efficient in several formulations giving the needed protection from static electricity in numerous uses. This provides a safer process, non-attraction of dust, and better product quality in industries where static is an issue.

Common applications of antistatic agents include:

Plastic manufacturing

Electronics assembly

Packaging materials

Automotive components

Medical equipment

Textile production

Frequently Asked Questions

What are antistatic agents and how do they work?

Antistatic agents are chemical additives used to reduce or eliminate static electricity buildup on surfaces, particularly in plastics, textiles, and electronic components. They work by increasing surface conductivity, allowing static charges to dissipate more quickly. These agents can be internal (mixed into the material during production) or external (applied as a topical treatment). Understanding how antistatic agents function helps in selecting the right type for specific industrial applications.

What are common applications of antistatic products?

Antistatic products are widely used across multiple industries:1. Electronics manufacturing – to protect sensitive components from electrostatic discharge (ESD).2. Packaging – especially for food, pharmaceuticals, and electronics where static can attract dust or damage contents.3. Textiles – to prevent cling and improve comfort in synthetic fabrics.4. Plastics processing – to avoid issues like dust adhesion or jamming during production.Selecting the appropriate antistatic solution depends on the material and end-use environment.

How do I choose the right antistatic additive for my application?

Choosing the right antistatic additive involves considering several factors:1. Compatibility with your base material (e.g., polyethylene, polyester, PVC).2. Required duration of antistatic effect – temporary vs. long-lasting.3. Regulatory compliance, especially for food contact or medical-grade materials.4. Processing conditions such as temperature and method (injection molding, extrusion, etc.).Consulting technical data sheets and working with certified suppliers ensures optimal performance and safety.

Are antistatic agents safe for use in food packaging?

Yes, certain antistatic agents are approved for use in food packaging by regulatory bodies such as the U.S. FDA and EFSA in Europe. These food-grade antistats are non-toxic, odorless, and comply with strict migration limits to ensure they do not contaminate food. Always verify that the product carries relevant certifications (e.g., FDA 21 CFR compliance) and is explicitly labeled for food-contact applications.

What’s the difference between antistatic, conductive, and ESD-safe materials?

While often confused, these terms describe different levels of electrical resistance:- Antistatic materials prevent static buildup but don’t necessarily dissipate existing charges quickly (surface resistivity: 10⁹–10¹² Ω/sq).- Conductive materials rapidly transfer charges (resistivity <10⁵ Ω/sq).- ESD-safe (electrostatic discharge-safe) materials fall in between (10⁵–10⁹ Ω/sq), offering controlled dissipation to protect electronics.Choosing the correct category depends on your application’s sensitivity to static electricity.

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