Name: China PA6 CF50 (Long Carbon Fiber) Manufacturer|LFT-G®
Brand: LFT-G
SKU: 303664924

LFT-G® PA6 CF50 (LCF50)

Детали

LFT-G® PA6 CF50 (Model:LFT-G PA6 LCF50-BC05A) is an elite structural polyamide. While standard PA6 CF50 uses brittle chopped fibers, our formulation integrates a massive 50% Long Carbon Fiber (LCF) skeleton. This delivers a staggering 32,000 MPa modulus, providing the rigidity of die-cast metals at a fraction of the weight.
√Outperforms Chopped CF50
√Hyper-Lightweight (1.32 g/cm³)

Категория

PA6 LCF Compound

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LFT-G^® PA6 CF50 (LCF50) – The Ultimate Metal Replacement

PA6 CF50 LCF50 Long Carbon Fiber Pellets

● Hyper-Rigidity: 32 GPa stiffness eclipses standard aluminum alloys.
● Continuous fiber network eliminates chopped-carbon brittleness.
● 1.32 g/cm³ density enables extreme lightweighting.
● Built-in EMI/ESD: Inherent electrical conductivity protects sensitive electronics.

The CF50 Reality Check: Micro-Structural Anatomy

only to experience catastrophic part failure. The secret lies in stress dissipation at the micro-level. See why LCF50 is structurally superior.

❌ Standard Chopped CF50

<1mm). Upon impact, kinetic energy isolates at the fiber ends, causing the polymer matrix to instantly fracture. High stiffness, zero toughness.

✅ LFT-G® Continuous LCF50

Pultrusion preserves 10-12mm fibers. The continuous 3D mesh acts as an internal shock absorber, distributing energy across the entire part to prevent cracking.

Technical Specifications: LFT-PA6-LCF50-BC05A


-	-	PA6 (Nylon 6)
ISO 1172	%	50% Long Carbon Fiber
ISO 1183		1.31 - 1.32
ISO 527		300 - 310
ISO 638		32,000 - 34,000
IEC 60093	Ω	10¹ - 10² (Conductive)

Download PA6 LCF50 TDS (PDF)

Multi-Industry Hyper-Performance

Medical equipment part made by PA6 long Carbon fiber

In medical mobility devices, every gram directly impacts user comfort. Our 50% LCF composite provides the 32 GPa load-bearing strength of titanium at a fraction of the weight, enabling the injection molding of complex, ultra-light prosthetic joints and frames.

Industrial Robotic End Effector LFT PA6 LCF50

Robotic End-Effectors (EOAT)

High-speed automation relies on extremely stiff, low-inertia tooling. The PA6 LCF50 matrix acts as an anti-friction, high-modulus replacement for aluminum robotic grippers, drastically increasing payload capacity and motor acceleration speeds.

EV Electronics Housing EMI Shielding PA6 Carbon

The electrically conductive 50% carbon network acts as an integrated Faraday cage. It protects sensitive vehicle control units (ECU) from electromagnetic interference without the cost and weight of secondary metal plating or foil applications.

Q: Why does standard PA6 CF50 break so easily compared to LCF50?

A: Standard CF50 uses milled/chopped fibers. When stress hits the part, the energy concentrates at the tiny fiber ends, causing the matrix to shatter. Our LFT-G® LCF50 maintains continuous 10mm fibers, which physically bridge micro-cracks and dissipate shock energy across the entire part.

Q: Is LCF50 electrically conductive for Electro-Static Discharge (ESD)?

A: Yes. With a highly dense 50% carbon network, the material is naturally conductive (Surface Resistivity 10¹ - 10² Ω). It provides excellent ESD protection and EMI/RFI shielding directly out of the mold, eliminating secondary coating processes.

Q: Does LCF50 require special injection molding machines?

A: It can be processed on standard machines, but due to the high abrasiveness of 50% carbon fiber, we strongly advise using bimetallic (hardened) screws, barrels, and tool-steel molds to prevent rapid equipment wear. Low-shear screw designs are also recommended to preserve fiber length.