Tinuvin® 783 is a synergistic mixture of oligomeric hindered amine stabilizer by BASF. Used in hotmelt, reactive, solvent-based and radiation curing adhesives and sealants. Offers good extraction... view more

NovaRes® 1100 by Bakelite Synthetics is a light colored thermoplastic pentaerythritol ester of tall oil rosin. Used as a tackifier for adhesives and sealants. Offers broad polymer compatiblity... view more

NovaRes® 1180 by Bakelite Synthetics is a light-colored thermoplastic resin based on the glycerol ester of tall oil rosin. Used as a tackifier in hot melt adhesives based on ethylene vinyl acetate... view more

Optislip™ OR (Pastille) (Formerly Crodamide™ OR (Pastille)) by Cargill is an animal-origin, mold-release additive. It is a primary amide with quick migration properties. It forms a thin lubricating layer to... view more

A-C® 1325P by Honeywell is a propylene maleic anhydride copolymer grade, suitable for aqueous adhesive applications. Used in sealants, pressure-sensitive hot melt, amorphous poly-olefin (APAO)-based... view more

A-C® 596P by Honeywell is a propylene maleic anhydride copolymer grade, suitable for aqueous adhesive applications. Used in sealants, pressure-sensitive hot melt, amorphous poly-olefin (APAO)-based... view more

NEVCHEM® 200 by Neville Chemical is a low-VOC, low molecular weight, hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived... view more

NEVTAC® 100 by Neville Chemical is a low-VOC, low molecular weight C5 aliphatic hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed petroleum derived C5 olefin and... view more

Super NEVTAC® 90 by Neville Chemical is a low-VOC, low molecular weight, hydrophobic, aromatic modified C5 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of petroleum... view more

Super NEVTAC® 99 by Neville Chemical is a low-VOC, low molecular weight, aromatic modified C5 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of petroleum derived... view more