Name: China PA6 LGF40: High Impact Glass Fiber Nylon 6 Factory, Manufacturers and Suppliers - LFT-G
Brand: LFT-G
SKU: 290817552

LFT-G^®PA6 LGF40 Long Glass Fiber Reinforced Nylon Composite

Beyond Strength: Engineered for Impact & Endurance

PA6-LGF40 is more than a high-strength material-it is an engineered toughness solution. Reinforced with 40% long glass fibers, it retains structural rigidity while offering outstanding energy absorption and impact resistance, making it specifically designed to handle dynamic loads and unexpected stresses in applications.

This material demonstrates lasting stability and fatigue resistance under complex stress conditions, effectively resisting deformation and performance degradation over time. It also provides excellent dimensional precision and chemical resistance, ensuring reliable performance across varying environments and operating conditions, thereby extending the service life of components.

From industrial equipment parts that endure repeated impact to automotive functional components requiring high safety margins, and further to durable consumer product structures, PA6-LGF40 delivers a deeper layer of reliability. It enables products to become not only stronger but also more adaptable to the demanding challenges of real-world use, serving as the foundation for lasting performance and design confidence.

The Performance Spectrum of PA6 LGF40

product-700-500

Note: This comparative assessment is derived from standardized test data for core material properties

Choose PA6-LGF40 if:

You need high toughness and impact resistance
Your project is cost-sensitive
You don't require electrical conductivity
You're replacing metal or standard plastics for lightweighting view more

Consider PA6-LCF40 if:

You need conductivity or higher stiffness. view more

Consider PA66-LCF40 if:

You face high continuous operating temperatures (>150°C). view more

Verified Performance: Detailed Technical Specifications

Property	Test Method	Value	Unit
Tensile Strength	ISO：527	207	MPa
Tensile Modulus	ISO：527	13690	MPa
Tensile Elongation	ISO：527	1.6-2.5%	/
Flexural Strength	ASTM D-790	308	MPa
Flexural Modulus	ASTM D-790	10856	MPa
Notched Izod Impact	ISO：180	39	KJ/m²

Download Complete PA6 LGF40 Data Sheet PDF

Key Applications of PA6-LGF40

Automotive Structural Components

PA6-LGF40 is extensively used in engine covers, front-end modules, and seat structures. Its excellent stiffness and fatigue resistance ensure long-term reliability under hood, while its inherent vibration damping and lightweight properties contribute directly to improved vehicle NVH performance and fuel efficiency.

Industrial Machinery & Power Tools

The material serves as an ideal choice for robotic arm components, gear housings, and power tool bodies. Its superior impact resistance withstands repetitive shocks and accidental drops, while its dimensional stability and creep resistance maintain precision in dynamic or high-load environments.

High-Performance Sports & Mobility Equipment

From snowboard bindings and bicycle crank arms to e‑scooter stems and drone arm structures, PA6-LGF40 delivers the crucial combination of low weight, high rigidity, and outstanding impact absorption. This allows for stronger, lighter, and more responsive designs that meet the rigorous demands of sports and personal mobility applications.

FAQ

Q: How does PA6-LGF40 reduce overall system cost compared to metal?

A: It enables part consolidation (replacing multiple metal parts with one molded component), eliminates secondary finishing, and reduces weight for lower energy consumption, offering significant savings in production and operation.

Q: Can it be used for complex, integrated part designs?

A: Yes. Its excellent flow and processability allow for the molding of intricate geometries with built-in features, simplifying assembly and improving structural integrity in lightweight designs.

Q: When should I choose PA6-LGF40 over carbon fiber-reinforced grades?

A: Choose PA6-LGF40 when your priority is optimal impact resistance, cost-effectiveness, and a balanced performance profile. Choose carbon fiber grades when absolute maximum stiffness and tensile strength are the primary requirements.