ALTECH® NXT PP-H A 2030/421 GF30 CP UV IM by MOCOM Compounds is a chemically coupled, impact modified polypropylene (PP) homopolymer grade reinforced with 30% glass fiber. Possesses high stiffness... view more

ALTECH® NXT PP-H A 2030/450.02 GF30 CP by MOCOM Compounds is a chemically coupled, high heat stabilized polypropylene (PP) homopolymer grade reinforced with 30% glass fiber. Possesses high stiffness... view more

ALTECH® NXT PP-H A 2030/451 GF30 IM by MOCOM Compounds is a chemically coupled, impact modified polypropylene (PP) homopolymer grade reinforced with 30 % glass fiber. Possesses high stiffness &... view more

ALTECH® NXT PP-H A 2030/457 HH GF30 CP by MOCOM Compounds is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 30% glass fiber. Possesses high stiffness... view more

ALTECH® NXT PP-H A 2035/450.02 GF35 CP is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 35% glass fiber. Possesses high stiffness and toughness. It... view more

ALTECH® NXT PP-H A 2035/457 HH GF35 CP by MOCOM Compounds is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 35% glass fiber. Possesses high stiffness... view more

ALTECH® NXT PP-H A 2035/752.02 GF35 CP UV is an UV-stabilized, high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 35% glass fiber. Possesses high stiffness... view more

ALTECH® NXT PP-H A 2040/456.02 GF40 CP is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 35% glass fiber. Exhibits low emission, high stiffness and... view more

ALTECH® NXT PP-H A 2050/450 GF50 CP by MOCOM Compounds is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 50% glass fiber. Possesses high stiffness &... view more

ALTECH® NXT PP-H A 2050/456 LE GF50 CP by MOCOM Compounds is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 50% glass fiber. Possesses high stiffness... view more

ALTECH® NXT PP-H A 2040/456.02 GF50 CP is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 50% glass fiber. Exhibits low emission, high stiffness and... view more

ALTECH® NXT PP-H A 2330/450.02 GF20 GB10 CP is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 20% glass fiber and 10% glass bead. Exhibits high... view more

ALTECH® NXT PP-H A 2330/456.02 GF20 GB10 CP is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 20% glass fiber and 10% glass bead. Exhibits low... view more

ALTECH® NXT PP-H A 2430/450 GF20 MR10 CP by MOCOM Compounds is a high heat stabilized, chemically coupled polypropylene (PP) homopolymer grade reinforced with 20% glass fiber and 10 % mineral... view more

ALTECH® PP H ECO 4920/106 MR 20 by MOCOM Compounds is heat stabilized polypropylene (PP) homopolymer reinforced with 20% talcum. It contains recycled material. Suitable for processing by injection... view more

ALTECH® PP H ECO 4920/570 MR 20 by MOCOM Compounds is heat stabilized polypropylene (PP) homopolymer reinforced with 20% talcum. Suitable for processing by injection molding. It is recommended for... view more

ALTECH® PP-H A 1000/100 DS by MOCOM Compounds is a detergent solution stabilized polypropylene (PP) homopolymer grade. It is suitable for processing by injection molding... view more

ALTECH® PP-H A 1000/120 UV by MOCOM Compounds is an UV stabilized polypropylene (PP) homopolymer grade. Suitable for processing by injection molding... view more

ALTECH® PP-H A 1000/120 UV GY1076-12LWA by MOCOM Compounds is an impact modified, UV stabilized polypropylene (PP) homopolymer grade. Possesses light stability and laser optimization. It is... view more

ALTECH® PP-H A 1000/249 FR by MOCOM Compounds is an easy flow, flame retardant polypropylene (PP) homopolymer. It contains a metal deactivator stabilizer. It is suitable for processing by injection... view more