Armid® O Pastilles by Nouryon is oleamide. Used as antibloking and slip additive. It improves processing behavior and end-performance by reducing friction and adhesion forces between polymer and... view more

Highly purified glycerol monostearate. Acts as internal antistatic agent for polyolefins but can also be used for PVC. Possesses positive effect on flow and mold release. Exhibits slip and... view more

N,N-Bis(2-hydroxyethyl) dodecanamide. Acts as an antistatic additive in various polymers such as PE, PP, LDPE, HDPE, PVC, PS, SAN and ABS. Provides immediate and sustained antistatic action even in... view more

Low molecular weight, vegetable based Cocobis(2-hydroxyethyl) amine. Acts as antistatic agent in various polymers such as PE, LDPE, PP, SAN, ABS, and HIPS. Provides good thermal stability. Used for... view more

Polymer ester of long chain alcohol. Used as a processing aid and compatibilizer for highly filled polyolefins. Offers reduced melt viscosity and increased melt strength. Provides improved flow... 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 unexpanded microspheres. Controlled foaming at low temperatures and homogeneous cell structure. Compensated for normal shrinkage. Excellent 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

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 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 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. Excellent 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. Excellent 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. Excellent 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. Excellent 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. Excellent 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. Excellent solvent resitance. Used as a lightweight filler... view more