LFT-G® LCF40 PA66 Compound

LFT-G^® LCF40-PA66-LFT BC04B Natural Grade Composite 
40% Long Carbon Fiber reinforced Nylon6 (polyamide6) PA66 LCF40 Composite

Product name:      ● LFT-G^® -PA66-LCF40 Composite Plastic Granules

Product Model:     ● LFT-G^® PA66-NA-BC04B

Resin type:           ● Polymer, Polypropylene

Fiber type :           ● Long Carbon Fiber

Fiber content:       ● 40%

Color  ：               ●  black, nature color

material properties: ● Injection molding, good mechanical properties, high strength engineer plastic composite/compounds FOR Inject auto parts, home appliance parts, sport parts.

What is 40% LCF PA66 Composite?

LFT-G® PA66 LCF40 is 40% long carbon fiber reinforced Nylon6 (PA66,polyamide6) polymer thermoplastic composite material.LFT-G® PA66 LCF40 material manufactured using a pultrusion process that melt impregnates the fiber with the matrix resin to maximize performance.PA66 40%LCF material is a popular choice for various industrial applications due to its outstanding properties. As the name suggests, the material consists of 40% long carbon fibers, which are added to the polyamide 66 (PA66) polymer matrix. This blend offers excellent mechanical strength, stiffness, and toughness, making it ideal for demanding applications.

What's the benefits of LFT PA66 LCF material?

One of the most significant advantages of PA66 40%LCF material is its high strength-to-weight ratio. It is known to be stronger than steel, yet lighter in weight, making it an attractive alternative to traditional metal products. Additionally, the material's high stiffness and low creep make it suitable for load-bearing applications where dimensional stability is essential.

PA66 40%LCF material is easy to process, making it a top choice for manufacturers. It can be injection-molded, which makes it easier to produce small-to-large size parts in large quantities. The material's ease of processing means that it can be manufactured cost-effectively, resulting in excellent value for money.

PA66 40%LCF material is used in a wide range of industrial applications, including automotive and aerospace components, electrical and electronic equipment, and industrial machinery. The material's superior properties make it an ideal choice for these demanding applications, where high strength, stiffness, and dimensional stability are essential.