OmniPro™ CPP 10M FR0 by Celanese is a flame retardant, polypropylene copolymer. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties. OmniPro™ CPP... view more

OmniPro™ CPP 10M FR2 by Celanese is a flame retardant, polypropylene copolymer. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties. OmniPro™ CPP... view more

OmniPro™ CPP CCF10 by Celanese is polypropylene copolymer, filled with 10% calcium carbonate. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties... view more

OmniPro™ CPP CCF40 by Celanese is polypropylene copolymer, filled with 40% calcium carbonate. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties... view more

OmniPro™ CPP GMR30 by Celanese is a chemically coupled, polypropylene copolymer reinforced with 30% glass and mineral filler. Shows high strength and good dimensional stability. Exhibits excellent... view more

OmniPro™ CPP GRC10 by Celanese is a chemically coupled, polypropylene copolymer reinforced with 10% glass filler. Shows good tensile, stiffness and deflection temperature under load. Exhibits... view more

OmniPro™ CPP GRC20 by Celanese is a chemically coupled, polypropylene copolymer reinforced with 20% glass filler. Shows good tensile, stiffness and deflection temperature under load. Exhibits... view more

OmniPro™ CPP GRC30 by Celanese is a chemically coupled, polypropylene copolymer reinforced with 30% glass filler. Shows good tensile, stiffness and deflection temperature under load. Exhibits... view more

OmniPro™ CPP GRC40 by Celanese is a chemically coupled, polypropylene copolymer, reinforced with 40% glass filler. Shows good tensile, stiffness and deflection temperature under load. Exhibits... view more

OmniPro™ CPP GRC50 by Celanese is a chemically coupled, polypropylene copolymer, reinforced with 50% glass filler. Shows good tensile, stiffness and deflection temperature under load. Exhibits... view more

OmniPro™ CPP TF10 by Celanese is polypropylene copolymer reinforced with 10% talc. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties. OmniPro™... view more

OmniPro™ CPP TF20 by Celanese is polypropylene copolymer reinforced with 20% talc. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties. OmniPro™... view more

OmniPro™ CPP TF30 by Celanese is polypropylene copolymer reinforced with 30% talc. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties. OmniPro™... view more

OmniPro™ CPP XE72A BK17 by Celanese is polypropylene copolymer. This electrostatic dissipative grade shows high cold (low) temperature impact resistance and good toughness. Exhibits excellent... view more

OmniPro™ HPP 10M FR0 by Celanese is a flame retardant, polypropylene homopolymer. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties. OmniPro™ HPP... view more

OmniPro™ HPP CCF10 by Celanese is polypropylene homopolymer reinforced with 10% calcium carbonate. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal... view more

OmniPro™ HPP CCF20 by Celanese is polypropylene homopolymer reinforced with 20% calcium carbonate. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal... view more

OmniPro™ HPP CCF30 by Celanese is polypropylene homopolymer, reinforced with 30% calcium carbonate. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal... view more

OmniPro™ HPP CCF40 by Celanese is polypropylene homopolymer filled with 40% calcium carbonate. Exhibits excellent chemical resistance and possesses good balance of mechanical and thermal properties... view more

OmniPro™ HPP GMR20 by Celanese is a chemically coupled, polypropylene homopolymer reinforced with 20% glass and mineral filler. Shows high strength and good dimensional stability. Exhibits excellent... view more