Finntalc M20SL by Elementis is a high-brightness, medium-sized, lamellar, floated talc based on hydrated magnesium silicate with low soluble iron content. It is used as a functional extender. It is... view more

Finntalc M30 by Elementis is a coarse, lamellar, floated talc based on hydrated magnesium silicate. It is also used as a functional extender. It is pure, lamellar, very hydrophobic, inert and soft... view more

Finntalc M30SL by Elementis is a high-brightness, pure, very hydrophobic, inert & soft coarse, lamellar, floated talc based on hydrated magnesium silicate. It can be used as functional extender to... view more

PLUSTALC H05 by Elementis is an exceptionally high-brightness, pure, and very fine lamellar talc based on hydrated magnesium silicate. It contains low iron content. It is also used as a functional... view more

PLUSTALC H05C by Elementis is an exceptionally high-brightness, compacted, pure, and very fine lamellar talc based on hydrated magnesium silicate. It is very hydrophobic, inert and soft with low iron... view more

LOXIOL® 1010 by Emery Oleochemicals is a fatty acid amide. Acts as anti-static agent. Compatible with PE and PP. Recommended dosage level is 0.2-0.5% for PE-LD and 0.5-1% for PE-HD... view more

LOXIOL® 1020 by Emery Oleochemicals is a blend of strong external lubricants. It shows better compatibility with PVC melt than hydrocarbon waxes such as polyethylene waxes. Its recommended dosage... view more

LOXIOL® 8312 by Emery Oleochemicals is a high mono-GMS. Acts as lubricant, anti-blocking, slip, release and antistatic agent. It minimizes the risk of electrical discharge that may cause fire or... view more

LOXIOL® 8314 PASTILLE by Emery Oleochemicals is a high-mono glycerol monostearate. Acts as a lubricant, anti-blocking, slip and antistatic agent. Offers positive effects on processing. Has low... view more

LOXIOL® E SPEZ P by Emery Oleochemicals is erucic acid amide. Acts as an anti-blocking, slip and release agent. It improves the surface finish. Offers prevention of surface defects caused by the... view more