Long glass fiber reinforced polyamide 12 is prepared by pultrusion process technology. During the preparation process, the pultrusion process allows the long fibers to uniformly penetrate into the plastic matrix, thereby achieving an optimized reinforcing effect. Compared to standard glass fiber reinforced high performance polyamides, LFT (long fiber reinforced thermoplastic) technology increases stiffness by 10% to 15% at 23 °C and 85% stiffness at 120 °C. And because of its excellent mechanical properties, it has become an ideal candidate for metal substitute materials.
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![LFT-LGF50-PA12 Light Weight Plastic]()
LFT-LGF50-PA12 Light Weight PlasticLGF50 PA12 is a high-performance long glass fiber reinforced PA12 composite designed for structural injection-molded components requiring a combination of high stiffness, mechanical strength,...view more -
![Low‑Moisture PA12 LGF20 For Precision | LFT‑G]()
Low‑Moisture PA12 LGF20 For Precision | LFT‑GLFT‑G® PA12 LGF20 is a 20% long glass fiber reinforced polyamide 12 compound that delivers excellent stiffness, impact strength, and chemical resistance for precision and fluid‑contact...view more -
![PA12 LGF50 – Low Moisture | LFT‑G®]()
PA12 LGF50 – Low Moisture | LFT‑G®LFT-G® PA12 LGF50 is a 50% long glass fiber-reinforced polyamide 12 compound that delivers exceptional stiffness, dimensional stability, and chemical resistance for precision‑engineered...view more -
![Superior Impact Toughness Nylon 12 LGF40 LFT‑G]()
Superior Impact Toughness Nylon 12 LGF40 LFT‑GLFT‑G® PA12 LGF40 is a 40% long glass fiber reinforced PA12 compound that delivers exceptional stiffness, impact resistance, and thermal stability for demanding automotive and industrial...view more -
![Light Weight GF30 Nylon Plastic]()
Light Weight GF30 Nylon PlasticLGF30 PA12 is a high-performance engineering composite material that is based on nylon 12 (PA12) and contains 30% long glass fibers.view more
🌼"lightweighting"
🌼"size stability"... -
![Lightweight PA12 GF30 Engineering Plastic Material]()
Lightweight PA12 GF30 Engineering Plastic MaterialLFT-G® PA12 LGF30 is a 30% long glass fiber reinforced polyamide 12 engineered for applications demanding exceptional chemical resistance, low moisture uptake, and long-term fatigue endurance –...view more -
![GF30 Nylon 12 Plastic Pellet]()
GF30 Nylon 12 Plastic PelletLGF30 PA12 is a high-strength long glass fiber reinforced PA12 composite material (GF30 Nylon 12) offering excellent mechanical properties, impact resistance, dimensional stability and chemical...view more -
![LFT-G® PA12 GF40 High Performance Nylon]()
LFT-G® PA12 GF40 High Performance NylonMaterial: PA12 (Nylon 12) | Reinforcement: 40% Long Glass Fiber | Grade: Structural Engineeringview more
√High strength & high stiffness
√Excellent impact & fatigue endurance
√Superior hot oil... -
![LGF PA12: High-Performance Thermoplastic]()
LGF PA12: High-Performance ThermoplasticLGF PA12 is a long glass fiber reinforced polyamide 12 engineered for lightweight, load-bearing structural applications. Combining low moisture absorption, excellent chemical resistance, and...view more -
![High Strength GF Nylon 12 Polymer]()
High Strength GF Nylon 12 PolymerLGF PA12 is a high-performance LFT composite. It combines PA12's ultra-low moisture absorption (dimensional stability) and low-temp toughness with LFT's high strength and impact resistance. Ideal...view more -
![40% Long Nylon 12 Fiber]()
40% Long Nylon 12 FiberProduct Name: LFT GF40 PA12 materialview more
Model: LFT-PA12-NG04
Appearance: Natural pellet
Type: Long glass fiber
Sample: Available
Output: 300ton/month -
![Glass Fiber Nylon 12 Composite]()
Glass Fiber Nylon 12 CompositeProduct Name: LFT GF30 PA12view more
Model: LFT-PA12-NG03
Color: Natural color/Black
Sample: Available
Output: 300ton/month
As one of leading long glass fiber reinforced polyamide 12 manufacturers and suppliers in China, we have been specialized in the production of long glass fiber reinforced polyamide 12 for years. Welcome to buy quality products or enjoy good customized service with our factory.
