Exolit® AP 422 by Clariant is a biodegradable, non-hygroscopic flame retardant with favorable environmental and health profile. It is a colorless, fine-particle ammonium polyphosphate (phase II)... view more

AddWorks® AGC 102 by Clariant is a light- and heat stabilizer. It is cost-effective and helps optimize the light transmission required to grow UV sensitive flower crops. Shows high resistance to... view more

AddWorks® AGC 172 is based on Clariant’s patented aminoether HALS technology - Hostavin® NOW. It has been designed to offer outstanding UV protection under severe solar exposure. It optimizes the... view more

AddWorks® AGC 970 G by Clariant is a light stabilization system based on Clariant's patented Hostavin NOW HALS aminoether technology. It is designed to provide outstanding light and UV protection to thin... view more

AddWorks® ATR 146 by Clariant is a light- and heat stabilizer for filled PP compounds. Designed for automotive interior applications. It is a sulfur-free, low odor compound with 10% lower total... view more

AddWorks® ATR 945 B by Clariant is a low molecular weight hindered amine light stabilizer. It is a low odor grade particularly designed for non-polar polymers. It offers outstanding UV protection to... view more

AddWorks® ATR 945 MP by Clariant is a low molecular weight hindered amine light stabilizer. It is particularly designed for non-polar polymers. It is compatible to be used with polypropylene homo... view more

AddWorks® LXR™ 568 MP by Clariant is a light- and heat stabilizer. It combines outstanding color and melt flow protection with a good resistance to hydrolysis. Shows enhanced hydrolytic stability... view more

AddWorks® LXR™ 920 is an aminoether-based hindered amine light stabilizer, halogen-free flame retardant by Clariant. It is an easy-to-handle dust-free grade and emits low odor and smoke, even... view more

AddWorks® PKG 113 by Clariant provides excellent polymer melt protection. It offers high film productivity for high speed cast polypropylene (CPP) and biaxially oriented polypropylene (BOPP) resins... view more

AddWorks® PKG 190 by Clariant is a vegetable-based antistatic agent for polyolefin-based flexible packaging films, especially for BOPP film production. It maintains high optical film quality level... view more

AddWorks® PKG 906 is a proprietary polymer stabilizer designed by Clariant to increase plastic waste recycling in polyolefin film manufacturing. It is especially suited for BOPP production, but also... view more

Ceridust® 6050 M by Clariant is a micronized metallocene-based polypropylene wax. Acts as a dispersing agent & flow promoter. Ceridust® 6050 M is suitable for PP masterbatches & compounds especially... view more

Exolit® AP 423 by Clariant is a fine-particle ammonium polyphosphate. Acts as a flame retardant. It is a biodegradable, non-hygroscopic and non-flammable white powder. It is halogen-free. It has low... view more

Exolit® AP 760 by Clariant is a UV stabilized ammonium polyphosphate. Acts as a halogen-free, flame retardant. Possesses good electrical and mechanical properties. Exhibits improved thermal... view more

Exolit® AP 765 by Clariant is a recyclable, non-halogenated flame retardant based on phosphorus and nitrogen synergism, achieving its flame retardant effect through intumescence. Exhibits low smoke... view more

Exolit® AP 766 (TP) by Clariant is a recyclable, ammonium polyphosphate. Acts as a halogen-free flame retardant. Offers heat insulation effect, reduces oxygen access and prevents dripping of molten... view more

Hostanox® O 3 by Clariant is a bis[3,3-bis-(4’-hydroxy-3’-tert-butylphenyl)butanoicacid]-glycol ester grade. It acts as a phenolic antioxidant and heat stabilizer. It provides long term heat... view more

Hostanox® O 3 Pills by Clariant is a phenolic antioxidant with high resistance against hydrolysis. Recommended for the stabilization of polyolefins (PP, HDPE, LLDPE), Polyamides, ABS, styrenic... view more

Hostanox® O 3 Powder by Clariant is a phenolic antioxidant with high resistance against hydrolysis designed for applications where the final article comes in contact with extractive media such as... view more