NM-ST 2623 Rheology Control Additive

NM-ST 2641 Rheology Control Additive Synthetic thickener NM-ST 2641 Rheology Control Additive is a powdered synthetic thickener based on polyacrylic acid. Being used in aqueous systems for a variety of different purposes in printing, coating or other technical applications. It demonstrates efficient thickening performance and flexibility in formulation for different end-uses. This polymer is un-neutralized and requires addition of an appropriate neutralizing agent to achieve maximum thickening efficiency. Neutralized dispersions of the NM-ST 2641 show suitable viscosity and yield stress and can be used for suspending pigments or other particles in an aqueous system.

NM-ST A30 Rheology Control Additive Alkali swellable emulsion thickener NM-ST A30 Rheology Control Additive is a 30% active polymeric water-based thickener    which will improve dispersion rheology and settling in aqueous paints and inks.

Chemical Name Vinylpyrrolidone/ vinylacetate copolymers CAS # 25086-89-9 Formula (C6H9NO)n(C4H6O2)m Synonym PVP-VA

NM –Carbomer 934 is a cross-linked polyacrylate polymer. It has short flow property and offers excellent thickening for Hydroalcoholic gels, creams, lotions and suspensions.

NM-Carbomer 674 is a cross-linked polyacrylate polymer with outstanding long-flow property in mucilage. It performs well in challenging formulation environments at low and high pH. It is recommended for use in all-purpose cleaners, surface cleaners, multi-purpose cleaners, drain openers, and fabric pretreatment systems.

NM -Carbomer 690 INCI Name: Carbomer NM-Carbomer 690 is a cross-linked polyacrylate polymer, polymerized in co-solvent system of ethyl acetate and cyclohexane. It is capable of providing high viscosity, excellent thickening and suspending performance with low dosage. It is recommended for use in automatic dish care, hard surface cleaners, home care cleaning systems, and other common industrial systems. It has good viscosity stability in the presence of chlorine bleach and good efficacy in high pH systems.