Apyral® 40 CD by Nabaltec is aluminium hydroxide. Used as a flame retardant. Offers very low oil absorption and high extrusion speeds. Exhibits very good mechanical properties. Apyral® 40 CD can be... view more

Apyral® 40 HS1 by Nabaltec is a surface treated mineral flame retardant. Exhibits very high hydrophobicity, high elongation at break and good aging resistance. Shows excellent polymer compatibility and... view more

Apyral® 50CD by Nabaltec is a halogen-free, mineral flame retardant with good conveyance and dosing. Ideal for cables including HFFR-EVA, electrical/ electronics, construction industry and... view more

Apyral® 60 CD by Nabaltec is a very fine particle aluminium hydroxide-based flame retardant. Exhibits very low oil absorption, high compound melt flow index, high extrusion speeds, good conveyance and... view more

Apyral® 60 HS1 by Nabaltec functions as a flame retardant. It is a surface treated mineral with excellent polymer compatibility. Exhibits very high hydrophobicity and good aging resistance. It is... view more

Apyral® AOH 40 by Nabaltec is a low viscosity mineral flame retardant and char promoter. Offers good thermal stability, high temperature resistance, low sedimentation and broad particle size... view more

Aluminium hydroxide. Used as a flame retardant. Offers high chemical purity and good flow properties. Provides reduced formation of dust and good processability. Can be used in construction and... view more

Aluminium hydroxide. Used as a flame retardant. Offers narrow grain size distribution. Possesses low sedimentation... view more

Aluminium hydroxide. Used as flame retardant. Offers low viscosity and high surface quality. Exhibits good packing density. Used in public transport, construction industry and electronic industry... view more

Aluminium hydroxide. Used as a flame retardant. Offers low viscosity and good flow properties. Exhibits reduced specific conductivity. Used in electronic industry... view more

Aluminium hydroxide. Used as a flame retardant. Exhibits high BET-surface. Offers high LOI combined with good processability. Can be used in cable industry, electronic industry, construction... view more

Aluminium hydroxide. Used as a flame retardant. Possesses low viscosity and high filling levels. Offers optimised pot life. Can be used in public transport, construction and electronic industry... view more

Aluminium hydroxide. Used as a flame retardant. Offers low viscosity and low sedimentation. Possesses extreme high packing density. Exhibits good surface quality. Can be used in construction... view more

Aluminium hydroxide. Used as a flame retardant. Possesses low viscosity and high surface quality. Offers good packing density. Can be used in public transport, construction and electronic industry... view more

Aluminium hydroxide. Used as a flame retardant. Possesses low viscosity and high filling levels. Offers optimised pot life. Can be used in public transport, construction and electronic industry... view more

Aluminium hydroxide. Used as a flame retardant. Possesses low viscosity and high surface quality. Offers good packing density. Can be used in public transport, construction and electronic industry... view more

Aluminium hydroxide. Used as a flame retardant. Offers low viscosity and low sedimentation. Possesses extreme high packing density. Exhibits good surface quality. Can be used in construction... view more

Vinyl silane treated aluminium hydroxide. Used as a flame retardant. Offers high hydrophobicity. Exhibits low water absorption and high tracking resistance. Can be used in wire and cable, electronic... view more

Vinyl silane treated aluminium hydroxide. Used as a flame retardant. Offers high hydrophobicity. Exhibits low water absorption and high tracking resistance. Can be used in wire and cable, electronic... view more

Aluminium hydroxide. Used as a flame retardant. Offers narrow grain size distribution. Possesses low sedimentation... view more