LFT-G® Long Glass/Carbon Fiber Polypropylene PP TDS

LFT-G® PP-LGF20-NG02-1 is a 20% long glass fiber reinforced Polypropylene copolymer, designed for general structural applications requiring excellent low-temperature impact resistance and dimensional stability.

LFT-G® PP-LGF30-NG03-1 is a 30% long glass fiber reinforced Polypropylene copolymer, designed for general structural applications requiring excellent low-temperature impact resistance and dimensional stability.

LFT-G® PP-LGF40-NG04-1 is a 40% long glass fiber reinforced Polypropylene copolymer, designed for general structural applications requiring excellent low-temperature impact resistance and dimensional stability.

LFT-G® PP-LGF50-NG05-1 is a 50% long glass fiber reinforced Polypropylene copolymer, designed for general structural applications requiring excellent low-temperature impact resistance and dimensional stability.

LFT-G® PP-LGF60-NG06-1 is a 60% long glass fiber reinforced Polypropylene copolymer, designed for general structural applications requiring excellent low-temperature impact resistance and dimensional stability.

Specifically formulated for fluid management, LFT-G® PP-LGF40-NG04YD-1 features 40% long glass fiber reinforcement within a Polypropylene copolymer matrix. It delivers unmatched hydrolysis resistance and fatigue endurance under continuous water pressure.

Specifically formulated for fluid management, LFT-G® PP-LGF50-NG05YD-1 features 50% long glass fiber reinforcement within a Polypropylene copolymer matrix. It delivers unmatched hydrolysis resistance and fatigue endurance under continuous water pressure.

This high-performance Polypropylene copolymer composite incorporates 40% long glass fiber to provide exceptional thermal endurance. Ideal for automotive under-hood components subjected to continuous elevated temperatures.

Reinforced with 20% long glass fiber, this specialized V0 flame retardant Polypropylene copolymer is formulated specifically to meet stringent fire safety standards, providing exceptional structural rigidity for battery housings and electrical enclosures.

Reinforced with 30% long glass fiber, this specialized V0 flame retardant Polypropylene copolymer is formulated specifically to meet stringent fire safety standards, providing exceptional structural rigidity for battery housings and electrical enclosures.

Reinforced with 40% long glass fiber, this specialized V0 flame retardant Polypropylene copolymer is formulated specifically to meet stringent fire safety standards, providing exceptional structural rigidity for battery housings and electrical enclosures.

Reinforced with 50% long glass fiber, this specialized V0 flame retardant Polypropylene copolymer is formulated specifically to meet stringent fire safety standards, providing exceptional structural rigidity for battery housings and electrical enclosures.

LFT-G® PP-LGF40-NG04AS-1 is an anti-static 40% long glass fiber reinforced Polypropylene copolymer, engineered to safely dissipate static electricity. Perfect for industrial packaging and electronic component handling systems.

Combining dual specialized properties, LFT-G® PP-LGF40-BG04ASFR-1 delivers both anti-static performance and V0 flame retardancy through a Polypropylene copolymer matrix reinforced by 40% long glass fiber. The ultimate solution for high-risk electronic applications.

LFT-G® PP-LGF20-NG02V-1 is a weather-resistant 20% long glass fiber reinforced Polypropylene copolymer. This robust composite prevents chalking and degradation in harsh outdoor environments.

LFT-G® PP-LGF20-NG02-2 is a premium 20% long glass fiber reinforced Polypropylene homopolymer. It offers higher stiffness, tensile strength, and heat deflection temperatures compared to standard copolymer grades.

LFT-G® PP-LGF30-NG03-2 is a premium 30% long glass fiber reinforced Polypropylene homopolymer. It offers higher stiffness, tensile strength, and heat deflection temperatures compared to standard copolymer grades.

LFT-G® PP-LGF40-NG04-2 is a premium 40% long glass fiber reinforced Polypropylene homopolymer. It offers higher stiffness, tensile strength, and heat deflection temperatures compared to standard copolymer grades.

LFT-G® PP-LGF50-NG05-2 is a premium 50% long glass fiber reinforced Polypropylene homopolymer. It offers higher stiffness, tensile strength, and heat deflection temperatures compared to standard copolymer grades.

LFT-G® PP-LGF60-NG06-2 is a premium 60% long glass fiber reinforced Polypropylene homopolymer. It offers higher stiffness, tensile strength, and heat deflection temperatures compared to standard copolymer grades.

Featuring 20% long glass fiber reinforcement within a Polypropylene homopolymer matrix, LFT-G® PP-LGF20-NG02C-2 belongs to our highly cost-effective C-Series, offering a significant price advantage for high-volume manufacturing.

Featuring 30% long glass fiber reinforcement within a Polypropylene homopolymer matrix, LFT-G® PP-LGF30-NG03C-2 belongs to our highly cost-effective C-Series, offering a significant price advantage for high-volume manufacturing.

Featuring 40% long glass fiber reinforcement within a Polypropylene homopolymer matrix, LFT-G® PP-LGF40-NG04C-2 belongs to our highly cost-effective C-Series, offering a significant price advantage for high-volume manufacturing.

Featuring 50% long glass fiber reinforcement within a Polypropylene homopolymer matrix, LFT-G® PP-LGF50-NG05C-2 belongs to our highly cost-effective C-Series, offering a significant price advantage for high-volume manufacturing.

This highly thermal-stable Polypropylene homopolymer composite incorporates 40% long glass fiber to maintain its mechanical integrity under continuous high operating temperatures.

Reinforced with 30% long glass fiber, this high-performance Polypropylene homopolymer is formulated specifically to maximize energy absorption and rigidity, making it an excellent metal-replacement choice for high-stress structural brackets.

Reinforced with 40% long glass fiber, this high-performance Polypropylene homopolymer is formulated specifically to maximize energy absorption and rigidity, making it an excellent metal-replacement choice for high-stress structural brackets.

Reinforced with 50% long glass fiber, this high-performance Polypropylene homopolymer is formulated specifically to maximize energy absorption and rigidity, making it an excellent metal-replacement choice for high-stress structural brackets.

LFT-G® PP-LGF20-NG02V-2 is a weather-resistant 20% long glass fiber reinforced Polypropylene homopolymer, featuring specialized UV stabilizers designed for outdoor applications exposed to intense sunlight and harsh environmental conditions.

Engineered for ultimate lightweighting, LFT-G® PP-LCF20-BC02-1 features 20% long carbon fiber reinforcement within a Polypropylene copolymer matrix. It delivers exceptional stiffness-to-weight ratio and electrical conductivity with good impact resistance.

Engineered for ultimate lightweighting, LFT-G® PP-LCF30-BC03-1 features 30% long carbon fiber reinforcement within a Polypropylene copolymer matrix. It delivers exceptional stiffness-to-weight ratio and electrical conductivity with good impact resistance.

Engineered for ultimate lightweighting, LFT-G® PP-LCF40-BC04-1 features 40% long carbon fiber reinforcement within a Polypropylene copolymer matrix. It delivers exceptional stiffness-to-weight ratio and electrical conductivity with good impact resistance.

Engineered for ultimate lightweighting, LFT-G® PP-LCF50-BC05-1 features 50% long carbon fiber reinforcement within a Polypropylene copolymer matrix. It delivers exceptional stiffness-to-weight ratio and electrical conductivity with good impact resistance.

This elite Polypropylene homopolymer composite incorporates 20% long carbon fiber to provide maximum rigidity, dimensional stability, and low weight for aerospace and high-end automotive applications.

This elite Polypropylene homopolymer composite incorporates 30% long carbon fiber to provide maximum rigidity, dimensional stability, and low weight for aerospace and high-end automotive applications.

This elite Polypropylene homopolymer composite incorporates 40% long carbon fiber to provide maximum rigidity, dimensional stability, and low weight for aerospace and high-end automotive applications.