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

Expancel® 461 WE 20 d36 is a brilliant cost-saving, weight-reducing, light-weight filler by Nouryon. It allows higher pigment volume concentration with less binder requirements due to its tiny... view more

Expancel® 461 WE 40 d36 by Nouryon is a weight-reducing, cost-saving, light-weight filler. Used in seats and plastic interiors for automotive, modelling clay, genuine leather and crack fillers. It... 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

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 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 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