RHEOLATE® 2001 by Elementis is a fine particle size high efficiency pourable liquid anti-settling agent for use in water-reducible coating and ink systems. It is used in systems having pH higher than... view more

RHEOLATE® 210 by Elementis is a low odor, VOC-free, polyether urea polyurethane solution in a mixture of water and wetting agent. Acts as an associative thickener for emulsion paints and water-borne... view more

RHEOLATE® 212 by Elementis is a VOC-free polyether polyurethane. Acts as an associative flow modifier and thickener for aqueous applications. It can be used alone or in combination with a co-thickener... view more

RHEOLATE® 420 by Elementis is an economical and versatile alkali swellable thickener in an easy-to-use emulsion form designed to fully or partially replace cellulosic thickeners in a variety of... view more

RHEOLATE® 425 by Elementis acts as an economical and versatile rheological additive (thickener) for waterborne systems. It is NPE-free, hydrophobically modified alkali swellable emulsion. It provides... view more

Esacure 1001 M by IGM Resins is a type II photoinitiator. It is based on difunctional ketosulphone class. It is suitable for LED cure, through and surface cure.It is used to initiate radical... view more

Omnirad 127 (Former Irgacure 127) by IGM Resins is a highly efficient type I Photoinitiator that may be used to initiate the photo polymerization of unsaturated pre-polymers like acrylates-in... view more

Omnirad 2022 (Former Irgacure 2022) by IGM Resins is a highly efficient liquid curing agent that is used to initiate radical polymerization of unsaturated resins after exposure to UV light. It acts as... view more

Omnirad 2100 by IGM Resins is a highly efficient liquid curing agent to initiate radical polymerization of acrylates and unsaturated polyesters after exposure to UV light. It acts as type 1... view more

Omnirad 369 (Former Irgacure 369) by IGM Resins is a highly efficient UV-curing agent used to initiate the photo-polymerization of chemically unsaturated prepolymers like acrylates-in combination with... view more