Cetrimonium Chloride – 1L
Conditioning. Detangling. Anti-Frizz.
A quaternary ammonium salt used as a highly effective conditioning agent in hair care formulations. Soluble in water and compatible with a wide range of ingredients, this cationic compound works by neutralizing the negative charges on hair strands—reducing static, smoothing frizz, and improving overall hair manageability.
With excellent detangling and anti-static benefits, Cetrimonium Chloride is often the go-to conditioning ingredient in both leave-in and rinse-off treatments. It also provides mild emulsifying properties, making it a versatile component in dual-phase hair systems and conditioning cleansers.
INCI:
Cetrimonium Chloride, Water
Application:
Used in a wide range of hair care products, including:
-
Daily and deep conditioners
-
Leave-in sprays and detanglers
-
Anti-frizz serums and styling creams
-
Hair masks and treatment butters
-
Co-washes and conditioning shampoos
Usage Guidelines:
-
Recommended use level: 0.5% – 4%
-
Add to the water phase of your formulation
-
Ideal pH range: 4.5 – 6.5
-
Works well with non-ionic and cationic surfactants
Key Benefits – Cetrimonium Chloride – 1L
-
Improves combability (wet and dry)
-
Anti-static and anti-frizz performance
-
Smooths cuticle and reduces flyaways
-
Softens and conditions without buildup
-
Supports detangling for all hair types
-
Water-soluble and easy to formulate with
-
Provides mild emulsification in two-phase products
Why Choose Cetrimonium Chloride?
This ingredient is especially effective for dry, frizzy, damaged, or chemically treated hair. It enhances glide and manageability, making it easier to style and maintain healthy-looking hair. In addition to hair care, it’s occasionally used in skin care emulsions for its conditioning qualities.
Eco-conscious formulators appreciate that it can boost performance without the need for silicones, offering clean-label versatility in modern hair products.
Cetrimonium Chloride is essential for formulating smooth, sleek, and salon-quality hair care.