CUMAR® 105 by Neville Chemical is a low molecular weight, hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of predominantly indene and other aromatic monomers. It acts... view more

CUMAR® 130 by Neville Chemical is a low molecular weight, light colored, hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of predominantly indene and other aromatic... view more

LX® 1082, 280 by Neville Chemical is thermoplastic hydrocarbon resin-based tackifier. It improves tack, bond strength and reduces sag. LX® 1082, 280 is used in adhesives and caulks... view more

LX® 1200 by Neville Chemical is hydrocarbon resin-based tackifier with low molecular weight. It is produced by thermal polymerization of mixed DCPD, aromatic and alicyclic monomers derived from... view more

LX® 1200, 130 by Neville Chemical is a low-VOC, hydrocarbon resin-based tackifier with low molecular weight. It is produced by thermal polymerization of mixed DCPD, aromatic and alicyclic monomers... view more

LX® 2161 by Neville Chemical is a low-VOC, low molecular weight, hydrocarbon resin-based tackifier. This thermoplastic is produced by thermal polymerization of mixed DCPD, aromatic and alicyclic... view more

LX® 3100 by Neville Chemical is a low molecular weight, hydrocarbon resin-based tackifier. This thermoplastic is produced by thermal polymerization of mixed DCPD, aromatic and alicyclic monomers... view more

LX® 685, 135 by Neville Chemical is thermoplastic petroleum hydrocarbon resin-based tackifier formulated to a mixed aliphatic/aromatic composition. LX® 685, 135 is used in adhesives and caulks. It... view more

LX® 685, 270 by Neville Chemical is an inert, thermoplastic petroleum hydrocarbon resin-based tackifier formulated to a mixed aliphatic/aromatic composition. It improves tack, bond strength and... view more

NEVCHEM® 120 by Neville Chemical is a low-VOC, low molecular weight, C9 hydrocarbon tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from... view more

NEVCHEM® 130 by Neville Chemical is a low-VOC, low molecular weight, C9 hydrocarbon tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from... view more

NEVCHEM® 140 by Neville Chemical is a low-VOC, low molecular weight, C9 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived... view more

NEVCHEM® 150 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

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

NEVCHEM® 220 by Neville Chemical is a low-VOC, low molecular weight, C9 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived... view more

NEVCHEM® 240 by Neville Chemical is a low molecular weight, C9 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from... view more

NEVCHEM® 250 by Neville Chemical is a low-VOC, low molecular weight, C9 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived... view more

NEVEX® 1069 by Neville Chemical is a low-VOC, low molecular weight, aromatic hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of mixed aromatic monomers derived from... view more

NEVPENE® 9510 by Neville Chemical is a low-VOC, low molecular weight, C5 modified C9 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of aromatic and aliphatic monomers... view more

NEVPENE® 9511 by Neville Chemical is a low-VOC, low molecular weight, C5 modified C9 hydrocarbon resin-based tackifier. It is produced by catalytic polymerization of aromatic and aliphatic monomers... view more