Technical Data Sheet

LFT-G® CPP-20%LGF is a 20% long glass fiber reinforced copolymer polypropylene composite. Engineered for exceptional impact resistance and dimensional stability, this grade is ideal for lightweight automotive interior modules and industrial metal replacement.

LFT-G® CPP-30%LGF is a 30% long glass fiber reinforced copolymer polypropylene composite. Engineered for exceptional impact resistance and dimensional stability, this grade is ideal for lightweight automotive interior modules and industrial metal replacement.

LFT-G® CPP-40%LGF is a 40% long glass fiber reinforced copolymer polypropylene composite. Engineered for exceptional impact resistance and dimensional stability, this grade is ideal for lightweight automotive interior modules and industrial metal replacement.

LFT-G® CPP-50%LGF is a 50% long glass fiber reinforced copolymer polypropylene composite. Engineered for exceptional impact resistance and dimensional stability, this grade is ideal for lightweight automotive interior modules and industrial metal replacement.

LFT-G® CPP-60%LGF is a 60% long glass fiber reinforced copolymer polypropylene composite. Engineered for exceptional impact resistance and dimensional stability, this grade is ideal for lightweight automotive interior modules and industrial metal replacement.

Custom-modified CPP-LGF composite featuring advanced UV stabilizers. Prevents surface degradation and mechanical loss in prolonged outdoor exposure.

A highly specialized, halogen-free Flame Retardant (FR) copolymer PP LGF compound. Engineered to pass strict UL flammability tests.

This anti-static (ESD) LGF copolymer PP grade is formulated to safely dissipate electrostatic charges, preventing sparks and dust accumulation.

LFT-G® HPP-20%LGF utilizes a high-crystallinity homopolymer PP matrix with 20% long glass fiber. Offering superior stiffness and higher tensile strength compared to copolymer equivalents.

LFT-G® HPP-30%LGF utilizes a high-crystallinity homopolymer PP matrix with 30% long glass fiber. Offering superior stiffness and higher tensile strength compared to copolymer equivalents.

LFT-G® HPP-40%LGF utilizes a high-crystallinity homopolymer PP matrix with 40% long glass fiber. Offering superior stiffness and higher tensile strength compared to copolymer equivalents.

LFT-G® HPP-50%LGF utilizes a high-crystallinity homopolymer PP matrix with 50% long glass fiber. Offering superior stiffness and higher tensile strength compared to copolymer equivalents.

LFT-G® HPP-60%LGF utilizes a high-crystallinity homopolymer PP matrix with 60% long glass fiber. Offering superior stiffness and higher tensile strength compared to copolymer equivalents.

Our C-Grade series offers a highly cost-effective 30% LGF homopolymer solution. Engineered for non-critical structural applications where excellent mechanical properties are required.

Our C-Grade series offers a highly cost-effective 40% LGF homopolymer solution. Engineered for non-critical structural applications where excellent mechanical properties are required.

Our C-Grade series offers a highly cost-effective 50% LGF homopolymer solution. Engineered for non-critical structural applications where excellent mechanical properties are required.

The HLGF High Performance series uses optimized coupling agents and premium matrix resin. This 30% HLGF grade delivers elevated mechanical properties, superior surface finish, and enhanced fatigue endurance.

The HLGF High Performance series uses optimized coupling agents and premium matrix resin. This 40% HLGF grade delivers elevated mechanical properties, superior surface finish, and enhanced fatigue endurance.

The HLGF High Performance series uses optimized coupling agents and premium matrix resin. This 50% HLGF grade delivers elevated mechanical properties, superior surface finish, and enhanced fatigue endurance.

The HLGF High Performance series uses optimized coupling agents and premium matrix resin. This 60% HLGF grade delivers elevated mechanical properties, superior surface finish, and enhanced fatigue endurance.

Specialty modified HPP-LGF composite infused with UV inhibitors and antioxidants. Resists photo-degradation and thermal aging.

LFT-G® PA6-30%LGF combines the inherent toughness and thermal stability of Polyamide 6 with a 30% long glass fiber reinforcement. This engineering composite offers superior continuous service temperature.

LFT-G® PA6-40%LGF combines the inherent toughness and thermal stability of Polyamide 6 with a 40% long glass fiber reinforcement. This engineering composite offers superior continuous service temperature.

LFT-G® PA6-50%LGF combines the inherent toughness and thermal stability of Polyamide 6 with a 50% long glass fiber reinforcement. This engineering composite offers superior continuous service temperature.

LFT-G® PA6-60%LGF combines the inherent toughness and thermal stability of Polyamide 6 with a 60% long glass fiber reinforcement. This engineering composite offers superior continuous service temperature.

High Performance 30% HLGF Polyamide 6. Featuring optimized fiber sizing and advanced coupling technology, this grade offers noticeably better surface aesthetics and higher impact retention.

High Performance 40% HLGF Polyamide 6. Featuring optimized fiber sizing and advanced coupling technology, this grade offers noticeably better surface aesthetics and higher impact retention.

High Performance 50% HLGF Polyamide 6. Featuring optimized fiber sizing and advanced coupling technology, this grade offers noticeably better surface aesthetics and higher impact retention.

High Performance 60% HLGF Polyamide 6. Featuring optimized fiber sizing and advanced coupling technology, this grade offers noticeably better surface aesthetics and higher impact retention.

A custom Flame Retardant (FR) long glass fiber PA6 composite. Achieves stringent flammability ratings while preserving high tracking resistance.

Specialty impact-modified PA6-LGF compound. Engineered with advanced elastomers to drastically improve low-temperature notched Izod impact strength.

UV-stabilized PA6-LGF formulated for extended outdoor exposure. Prevents photo-oxidation and surface embrittlement.

LFT-G® PA66-30%LGF utilizes a high-performance Polyamide 66 matrix reinforced with 30% long glass fiber. Offering superior heat resistance and faster crystallization than PA6.

LFT-G® PA66-40%LGF utilizes a high-performance Polyamide 66 matrix reinforced with 40% long glass fiber. Offering superior heat resistance and faster crystallization than PA6.

LFT-G® PA66-50%LGF utilizes a high-performance Polyamide 66 matrix reinforced with 50% long glass fiber. Offering superior heat resistance and faster crystallization than PA6.

LFT-G® PA66-60%LGF utilizes a high-performance Polyamide 66 matrix reinforced with 60% long glass fiber. Offering superior heat resistance and faster crystallization than PA6.

High Performance 30% HLGF Polyamide 66. Utilizing advanced sizing chemistry for superior interfacial bonding, this grade outperforms standard PA66-LGF in dynamic fatigue limits.

High Performance 40% HLGF Polyamide 66. Utilizing advanced sizing chemistry for superior interfacial bonding, this grade outperforms standard PA66-LGF in dynamic fatigue limits.

High Performance 50% HLGF Polyamide 66. Utilizing advanced sizing chemistry for superior interfacial bonding, this grade outperforms standard PA66-LGF in dynamic fatigue limits.

High Performance 60% HLGF Polyamide 66. Utilizing advanced sizing chemistry for superior interfacial bonding, this grade outperforms standard PA66-LGF in dynamic fatigue limits.

An elite Flame Retardant (FR) long glass fiber PA66 composite. Achieves stringent UL flammability certifications while preserving high heat resistance.

Specialty impact-modified PA66-LGF composite. Formulated to absorb massive shock energy without catastrophic failure.

UV-stabilized PA66-LGF engineered for extreme outdoor durability. Maintains color fidelity and surface finish under intense solar radiation.

LFT-G® HDPE-20%LGF is a 20% long glass fiber reinforced High-Density Polyethylene composite. It combines excellent chemical resistance and low moisture absorption with the structural rigidity of long glass fibers. Ideal for industrial piping and heavy-duty logistics pallets.

LFT-G® HDPE-30%LGF is a 30% long glass fiber reinforced High-Density Polyethylene composite. It combines excellent chemical resistance and low moisture absorption with the structural rigidity of long glass fibers. Ideal for industrial piping and heavy-duty logistics pallets.

LFT-G® HDPE-40%LGF is a 40% long glass fiber reinforced High-Density Polyethylene composite. It combines excellent chemical resistance and low moisture absorption with the structural rigidity of long glass fibers. Ideal for industrial piping and heavy-duty logistics pallets.

LFT-G® HDPE-50%LGF is a 50% long glass fiber reinforced High-Density Polyethylene composite. It combines excellent chemical resistance and low moisture absorption with the structural rigidity of long glass fibers. Ideal for industrial piping and heavy-duty logistics pallets.

LFT-G® HDPE-60%LGF is a 60% long glass fiber reinforced High-Density Polyethylene composite. It combines excellent chemical resistance and low moisture absorption with the structural rigidity of long glass fibers. Ideal for industrial piping and heavy-duty logistics pallets.

LFT-G® PA12-20%LGF features a 20% long glass fiber reinforcement in a premium Polyamide 12 matrix. Known for having the lowest water absorption among all polyamides, this grade guarantees absolute dimensional stability in wet environments.

LFT-G® PA12-30%LGF features a 30% long glass fiber reinforcement in a premium Polyamide 12 matrix. Known for having the lowest water absorption among all polyamides, this grade guarantees absolute dimensional stability in wet environments.

LFT-G® PA12-40%LGF features a 40% long glass fiber reinforcement in a premium Polyamide 12 matrix. Known for having the lowest water absorption among all polyamides, this grade guarantees absolute dimensional stability in wet environments.

LFT-G® PA12-50%LGF features a 50% long glass fiber reinforcement in a premium Polyamide 12 matrix. Known for having the lowest water absorption among all polyamides, this grade guarantees absolute dimensional stability in wet environments.

LFT-G® PA12-60%LGF features a 60% long glass fiber reinforcement in a premium Polyamide 12 matrix. Known for having the lowest water absorption among all polyamides, this grade guarantees absolute dimensional stability in wet environments.

LFT-G® TPU-20%LGF uniquely blends the extreme abrasion resistance and flexibility of Thermoplastic Polyurethane with the high-modulus skeletal structure of 20% long glass fibers. Ideal for high-impact sporting goods.

LFT-G® TPU-30%LGF uniquely blends the extreme abrasion resistance and flexibility of Thermoplastic Polyurethane with the high-modulus skeletal structure of 30% long glass fibers. Ideal for high-impact sporting goods.

LFT-G® TPU-40%LGF uniquely blends the extreme abrasion resistance and flexibility of Thermoplastic Polyurethane with the high-modulus skeletal structure of 40% long glass fibers. Ideal for high-impact sporting goods.

LFT-G® TPU-50%LGF uniquely blends the extreme abrasion resistance and flexibility of Thermoplastic Polyurethane with the high-modulus skeletal structure of 50% long glass fibers. Ideal for high-impact sporting goods.

LFT-G® TPU-60%LGF uniquely blends the extreme abrasion resistance and flexibility of Thermoplastic Polyurethane with the high-modulus skeletal structure of 60% long glass fibers. Ideal for high-impact sporting goods.

Long glass fiber reinforced Polyphenylene Sulfide. An ultra-high-temperature engineering plastic providing unmatched chemical resistance and inherent flame retardancy for extreme environments.

Long glass fiber reinforced ABS compound. It drastically improves the stiffness and dimensional stability of standard ABS while retaining its excellent surface finish.

Long glass fiber reinforced Polybutylene Terephthalate. Delivers superb electrical insulation properties, low moisture absorption, and high stiffness for electronic connectors.

LFT-G® CPP-20%LCF is a 20% long carbon fiber reinforced copolymer PP. It provides an extraordinary stiffness-to-weight ratio and inherent EMI/RFI shielding capabilities, ideal for ultra-lightweight drone frames.

LFT-G® CPP-30%LCF is a 30% long carbon fiber reinforced copolymer PP. It provides an extraordinary stiffness-to-weight ratio and inherent EMI/RFI shielding capabilities, ideal for ultra-lightweight drone frames.

LFT-G® CPP-40%LCF is a 40% long carbon fiber reinforced copolymer PP. It provides an extraordinary stiffness-to-weight ratio and inherent EMI/RFI shielding capabilities, ideal for ultra-lightweight drone frames.

LFT-G® CPP-50%LCF is a 50% long carbon fiber reinforced copolymer PP. It provides an extraordinary stiffness-to-weight ratio and inherent EMI/RFI shielding capabilities, ideal for ultra-lightweight drone frames.

LFT-G® CPP-60%LCF is a 60% long carbon fiber reinforced copolymer PP. It provides an extraordinary stiffness-to-weight ratio and inherent EMI/RFI shielding capabilities, ideal for ultra-lightweight drone frames.

LFT-G® HPP-20%LCF utilizes a highly crystalline homopolymer PP matrix with 20% long carbon fiber. It perfectly balances extreme rigidity with low density, providing essential electrostatic dissipation.

LFT-G® HPP-30%LCF utilizes a highly crystalline homopolymer PP matrix with 30% long carbon fiber. It perfectly balances extreme rigidity with low density, providing essential electrostatic dissipation.

LFT-G® HPP-40%LCF utilizes a highly crystalline homopolymer PP matrix with 40% long carbon fiber. It perfectly balances extreme rigidity with low density, providing essential electrostatic dissipation.

Engineered with 30% domestic long carbon fibers in a PA6 matrix. This highly cost-effective grade combines the thermal toughness of nylon with the high modulus of carbon, ideal for robust industrial gears.

Engineered with 40% domestic long carbon fibers in a PA6 matrix. This highly cost-effective grade combines the thermal toughness of nylon with the high modulus of carbon, ideal for robust industrial gears.

Engineered with 50% domestic long carbon fibers in a PA6 matrix. This highly cost-effective grade combines the thermal toughness of nylon with the high modulus of carbon, ideal for robust industrial gears.

Premium grade utilizing high-tensile imported carbon fibers (30%). Optimized sizing chemistry ensures flawless interfacial bonding with the PA6 matrix, yielding superior mechanical performance.

Premium grade utilizing high-tensile imported carbon fibers (40%). Optimized sizing chemistry ensures flawless interfacial bonding with the PA6 matrix, yielding superior mechanical performance.

Premium grade utilizing high-tensile imported carbon fibers (50%). Optimized sizing chemistry ensures flawless interfacial bonding with the PA6 matrix, yielding superior mechanical performance.

30% domestic long carbon fiber in a high-heat PA66 matrix. Offers incredible thermal endurance and high tensile strength for automotive under-hood components.

40% domestic long carbon fiber in a high-heat PA66 matrix. Offers incredible thermal endurance and high tensile strength for automotive under-hood components.

50% domestic long carbon fiber in a high-heat PA66 matrix. Offers incredible thermal endurance and high tensile strength for automotive under-hood components.

Elite 30% imported carbon fiber PA66. It pushes the boundaries of thermoplastic engineering by delivering extraordinary specific strength, making it perfect for weight-critical EV battery enclosures.

Elite 40% imported carbon fiber PA66. It pushes the boundaries of thermoplastic engineering by delivering extraordinary specific strength, making it perfect for weight-critical EV battery enclosures.

Elite 50% imported carbon fiber PA66. It pushes the boundaries of thermoplastic engineering by delivering extraordinary specific strength, making it perfect for weight-critical EV battery enclosures.