NM-Carbomer 60

NM-Carbomer1382 polymer Applications Clear gels & Hydro-alcoholic gels Shampoos and cleaning products High electrolyte system (Aloe gels, etc.)

Features and Benefits Outstanding thickening Suitable for surfactant system and high electrolyte rate system Excellent performance of stabilizing and suspending insoluble ingredients

NM –Carbomer 70 INCI Name: Carbomer NM-Carbomer 70 is a carbomer specifically designed for spray formulations. Owing to its unique chemical structure, it not only delivers the efficient thickening and suspending properties of traditional carbomers, but also offers self-wetting and electrolyte tolerance, it provides effective thickening across a broad pH range (4.0–12.0), And recommended to blend with a low dosage of hydrophobically modified thickener for high-salt, high ionic surfactant & high electrolyte systems.  

NM-Carbomer 981G NM-Carbomer 981G meets the current edition of the following monographs: United States Pharmacopeia/National Formulary (USP/NF) monograph for Carbomer Homopolymer Type A (Note: The previous USP/NF compendial name for this product was Carbomer 941.) European Pharmacopeia (Ph. Eur.) monograph for Carbomers China Pharmacopeia (ChP) monograph for Carbomer Homopolymer Type A General Product Characteristics Appearance: White fluffy powder Odor: Slightly acetic

NM-Carbomer 941G meets the current edition of the following monographs: United States /National Formulary (USP/NF) monograph for Carbomer 941 Appearance: White fluffy powder Odor: Slightly acetic

NM-Carbomer2020 is a cross-linked polyacrylic acid copolymer. It has long viscous flow property, imparts excellent thickening and suspending capability especially in surfactant systems and hydro-alcoholic system, forms sparkling clarity gels. This property makes the product uniquely suitable for sanitizing gels. hydroalcoholic gel, antibacterial gel hand, hand gel sanitizer, sanitizer gel with alcohol. Even at high concentration, NM-Carbomer2020 maintains excellent clarity. Also, NM-Carbomer2020 is easy to disperse due to its low dispersion viscosity before neutralization.