Highly brominated cyclo-aliphatic flame retardant. Used in coatings and in latex binders. Provides very good performance at low loading levels with minimum effect on polymer properties. Suits for... view more

High viscosity liquid flame retardant containing aromatic bromine. Used in coatings and for saturated polyester, rigid and flexible polyurethane foam and epoxies... view more

Emerald Innovation™ 1000 by Lanxess is a brominated polymeric flame retardant. It is an effective replacement for decabromodiphenyl oxide and decabromodiphenyl ethane flame retardants. This additive... view more

Brominated polyol. Acts as a flame retardant for coatings. Offers higher reactivity which reduces friability and increases throughput. Provides faster reaction rates, and improved compatibility in... view more

Blend of decabromodiphenyl oxide and antimony trioxide. Used as a flame retardant in epoxies and polyesters coatings. Provides improved efficiency and good heat stability. Possesses compatibility... view more

Blend of decabromodiphenyl oxide and antimony trioxide. Used as a flame retardant in epoxies and polyesters coatings. Provides improved efficiency and good heat stability. Possesses compatibility... view more

Blend of decabromodiphenyl oxide and antimony trioxide. Used as a flame retardant in epoxies and polyesters coatings. Provides improved efficiency and good heat stability. Possesses compatibility... view more

Tetrabromophthalic Anhydride. Acts as a brominated flame retardant (containing 68% bromine reactive intermediate). Used for applications like wire coatings... view more

Aromatic blocked TDI prepolymer type isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aromatic blocked TDI prepolymer type isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aromatic blocked TDI prepolymer type isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aliphatic blocked IPDI type isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aliphatic blocked IPDI trimer isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aliphatic blocked HDI biuret isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aliphatic blocked HDI biuret isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aliphatic blocked HDI biuret isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Aliphatic blocked HDI trimer isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Hybrid aliphatic blocked HDI biuret isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Hybrid aliphatic blocked HDI trimer isocyanate. Acts as a crosslinking agent for hydroxyl-functional resins (polyester, urethane, acrylic etc). Its chemical structure offers a range of flexibility... view more

Trixene® BI 7641 by Lanxess is a cross-linker for hydroxyl-functional resins (polyester, urethane, acrylic). It is an aromatic trixene blocked isocyanates in propylene glycol methyl ether acetate... view more