Products in Other Infrastructure Applications: Hydrocarbons

Super NEVTAC®90 is a thermoplastic low molecular weight, aromatic modified C5 hydrocarbon resin produced by catalytic polymerization of petroleum derived feedstocks.

NEVCHEM® 130 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from petroleum feedstocks.

NEVCHEM® 220 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from petroleum feedstocks.

NEVCHEM® 140 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from petroleum feedstocks.

Super NEVTAC®99 is a thermoplastic low molecular weight, aromatic modified C5 hydrocarbon resin produced by catalytic polymerization of petroleum derived feedstocks.

NEVEX®100 is a thermoplastic low molecular weight, specially modified C9 aromatic hydrocarbon resin produced by catalytic polymerization of mixed aromatic monomers derived from petroleum feedstocks.

NEVPENE® 9545 is a low molecular weight, C5 modified C9 liquid hydrocarbon resin produced by catalytic polymerization of aromatic and aliphatic monomers derived from petroleum feedstocks.

NEVCHEM®250 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic monomers derived from petroleum feedstocks.

NEVCHEM®100 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from petroleum feedstocks.

CUMAR® 105 is a thermoplastic low molecular weight, hydrocarbon resin produced by catalytic polymerization of predominantly indene and other aromatic monomers.

CUMAR® 130 is a thermoplastic low molecular weight, hydrocarbon resin produced by catalytic polymerization of predominantly indene and other aromatic monomers.

NEVPENE®9500 is a thermoplastic low molecular weight, C5 modified C9 hydrocarbon resin produced by catalytic polymerization of aromatic and aliphatic monomers derived from petroleum feedstocks.

NEVPENE® 9511 is a thermoplastic low molecular weight, C5 modified C9 hydrocarbon resin produced by catalytic polymerization of aromatic and aliphatic monomers derived from petroleum feedstocks.

NEVTAC®100 is a thermoplastic low molecular weight, C5 aliphatic hydrocarbon resin produced by catalytic polymerization of mixed petroleum derived C5 olefin and diolefin feestocks.

NEVPENE® 9510 is a thermoplastic low molecular weight, C5 modified C9 hydrocarbon resin produced by catalytic polymerization of aromatic and aliphatic monomers derived from petroleum feedstocks.

LX®-3120 is a low molecular weight, liquid tackifying hydrocarbon resin produced by thermal polymerization of mixed DCPD, aromatic and alicyclic monomers derived from petroleum feedstocks

NEVCHEM®240 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic monomers derived from petroleum feedstocks.

NEVCHEM®200 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic monomers derived from petroleum feedstocks.

NEVTAC® LT is a highly aliphatic petroleum based liquid tackifying resin with a low softening point designed for low temperature applications. This hydrocarbon tackifer is stabilized with 0.1% antioxidant.

NEVCHEM® 120 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from petroleum feedstocks.

LX®-1055 is a thermoplastic low molecular weight, hydrocarbon resin produced by thermal polymerization of mixed DCPD, aromatic and alicyclic monomers derived from petroleum feedstocks.

NEVCHEM® 110 is a thermoplastic low molecular weight, C9 hydrocarbon resin produced by catalytic polymerization of mixed aromatic and alicyclic monomers derived from petroleum feedstocks.