Armostat® 600-XP75 by Nouryon is a solid high concentrate masterbatch consisting of 75% hydrogenated tallowbis(2-hydroxyethyl) amine on PP carrier. Acts as an anti-static agent. It is a semi-permanent and... view more

Nourymix® AE 420 by Nouryon is an internal antistatic agent in various polymers such as LDPE, PE, PP, SAN, ABS and HIPS. It is a vegetable based, saturated alkylbis(2-hydroxyethyl)amine. It is a... view more

Nourymix® AN 450 by Nouryon is an internal antistatic additive in various polymers such as PE, LDPE, PP, SAN, ABS and HIPS. It is a solid high concentrate consisting of 50% Armostat 300, a... view more

Nourymix® AP 1000 by Nouryon is an antistatic additive in various polymers such as PE, LLDPE, PP, SAN and ABS. It exhibits non-dusting and non-bleeding properties. It is a solid high concentrate... view more

Nourymix® AP 1875 by Nouryon is an antistatic additive in various polymers such as PE, LLDPE, PP, SAN and ABS. It is a solid high concentrate consisting of 75% Armostat 300, a semi-permanent... view more

Nourymix® AP 475 by Nouryon is an internal antistatic additive in various polymers such as PE, LDPE, PP, SAN, ABS and HIPS. It offers non-dusting and non-bleeding properties. Nourymix® AP 475 is a solid high... view more

Nourymix® AP 675 by Nouryon is an internal antistatic additive in various polymers such as PE, LLDPE, PP, SAN and ABS. It offers very good thermal stability. Nourymix® AP 675 is a solid high concentrate... view more

Nourymix® AS 450 by Nouryon is an antistatic additive for various polymers such as PE, LLDPE, PP, SAN and ABS. It is a solid high concentrate consisting of 50% Armostat 400, a semi-permanent... view more

Refined vegetable-based(rapeseed oil)erucamide. Solid high concentrate consisting of 60% Armoslip E, a slip and anti-blocking additive, on a polypropylene carrier. Acts as a slip and antiblocking... view more

2,2'-Azodi(2-methylbutyronitrile). Used as a initiator for the (co)polymerization of styrene, vinyl chloride, vinylidene chloride, acrylonitrile, acrylates and methacrylates. Being thermally... view more