Dry expanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Dry unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Dry unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Dry unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet expanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet expanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet expanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Good solvent resitance. Used as a lightweight filler... view more

Wet unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Used as a lightweight filler... view more

Dry unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Used as a lightweight filler... view more

Wet unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Used as a lightweight filler... view more

Expancel® 921 WE 40 d24 by Nouryon is a light-weight filler with weight-reducing, cost-saving properties. It enhances the self-cleaning properties. It allows higher pigment volume concentration with less... view more

Isobutylaluminoxane. Used as a cocatalyst in the Ziegler-Natta polymerization of olefins... view more

Inhibitor NLC-1 by Nouryon is used as a inhibitor. It can be used at ambient temperatures for lengthening gel time of a mixture of UP resin/peroxide/accelerator. Inhibitor NLC-1 is also used for pot... view more

4-tert-Butyl-1,2-dihydroxy benzene 10% solution in 2,2,4-trimethyl-1,3-pentanediol diisobutanoate. Used as a inhibitor. Can be used at ambient temperatures for lengthening gel time of a mixture of... view more

2,6-Di-tert-butyl-4-methylphenol. Used as a inhibitor. Can be used in elevated and high temperatures cure system for lengthening shelf life of a SMC and BMC as well as pot life of a mixture UP... view more

Ketjenblack EC-300J by Nouryon is a conductive carbon black with minimum impact on mechanical properties. It is extremely suitable for antistatic and electroconductive applications. The lower loading... view more

Ketjenblack EC-600JD by Nouryon is a superconductive carbon black with minimum impact on mechanical properties. Due to its unique morphology and the extremely high surface area, only one sixth the... view more