Carbon nylon 66 fiber resin pa66 cf 15 25 33 recycled pa 27%cf plastic granules for extruder
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- Supplier: Carbon (xiamen) New Material Co. Ltd.
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Product Overview
Description
Product Description
Specification
Product Name | PA66 CF27 composites |
Appearance | Pellets |
Materials | CF27-PA66 |
Place of Origin | China |
Model Number | PA66-CF-BCA2 |
Matrix Resin | Nylon PA66 |
Reinforcing Filler | Carbon fibers |
Grade | Injection/extrusion grade |
Package | 25kgs/bag |
Free Samples | 3-50kgs |
Producer | Carbon (Xiamen) New Material |
Port | Xiamen |
MOQ | Negotiable |
Material Display
I. Material Introduction
PA66 CF27 composite material is a high-performance engineering plastic composite. The following is a brief introduction about it:
1. Basic Composition
PA66: Polyamide 66 is a semi-crystalline to crystalline material with a relatively high melting point. It can maintain strong strength and stiffness even at relatively high temperatures. It also has good wear resistance, oil resistance, chemical resistance, etc., and is a commonly used engineering plastic.
CF27: Here, "CF" usually refers to Carbon Fiber. Carbon fiber has excellent properties such as high strength, high modulus, and low density, and is an ideal reinforcing material. CF27 may be a specific specification or type of carbon fiber used to reinforce the PA66 matrix.
1. Basic Composition
PA66: Polyamide 66 is a semi-crystalline to crystalline material with a relatively high melting point. It can maintain strong strength and stiffness even at relatively high temperatures. It also has good wear resistance, oil resistance, chemical resistance, etc., and is a commonly used engineering plastic.
CF27: Here, "CF" usually refers to Carbon Fiber. Carbon fiber has excellent properties such as high strength, high modulus, and low density, and is an ideal reinforcing material. CF27 may be a specific specification or type of carbon fiber used to reinforce the PA66 matrix.
II. Main Performance Characteristics
- Enhanced Mechanical Properties: Carbon fiber addition significantly improves PA66's strength and stiffness. PA66 CF27 composite has better tensile and flexural strengths, able to bear larger loads for applications needing high mechanical properties.
- Lightweight: With lower density than most metals, PA66 CF27 composite is light yet strong, useful for lightweight product design in aerospace, automotive fields.
- Good Dimensional Stability: It reduces PA66's shrinkage rate, enhancing dimensional stability, minimizing size changes during processing and use for better product accuracy and reliability.
- Improved Wear Resistance: PA66's wear resistance is further enhanced by carbon fiber, giving the material a longer lifespan in frictional wear situations.
- Enhanced Mechanical Properties: Carbon fiber addition significantly improves PA66's strength and stiffness. PA66 CF27 composite has better tensile and flexural strengths, able to bear larger loads for applications needing high mechanical properties.
- Lightweight: With lower density than most metals, PA66 CF27 composite is light yet strong, useful for lightweight product design in aerospace, automotive fields.
- Good Dimensional Stability: It reduces PA66's shrinkage rate, enhancing dimensional stability, minimizing size changes during processing and use for better product accuracy and reliability.
- Improved Wear Resistance: PA66's wear resistance is further enhanced by carbon fiber, giving the material a longer lifespan in frictional wear situations.
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FAQ
Question 1: What are the main advantages of PA66 CF27 composite material compared to pure PA66?
Answer: The main advantages of PA66 CF27 composite material compared to pure PA66 are its significantly enhanced mechanical properties such as higher tensile and flexural strengths, better dimensional stability due to reduced shrinkage rate, improved wear resistance, and the advantage of being lightweight while maintaining high strength.
Question 2: In which industries is PA66 CF27 composite material commonly applied?
Answer: PA66 CF27 composite material is commonly applied in several industries. It is used in the automotive industry for manufacturing components like engine parts, transmission and braking system components. In the aerospace field, it is suitable for making aircraft structural parts, engine blades and wings. It also finds applications in the electronics and electrical appliances field for producing housings, brackets and connectors, and in the sports equipment field for items like golf clubs, bicycle frames and ski boards.
Question 3: How does the addition of carbon fiber (CF) affect the properties of PA66 in PA66 CF27 composite material?
Answer: The addition of carbon fiber in PA66 CF27 composite material has several positive effects on the properties of PA66. It greatly improves the mechanical properties of PA66, making it stronger and stiffer with enhanced tensile and flexural strengths. It reduces the shrinkage rate of PA66, thus improving its dimensional stability. Moreover, it further enhances the wear resistance of PA66 and helps to keep the material lightweight despite the increased strength.
Answer: The main advantages of PA66 CF27 composite material compared to pure PA66 are its significantly enhanced mechanical properties such as higher tensile and flexural strengths, better dimensional stability due to reduced shrinkage rate, improved wear resistance, and the advantage of being lightweight while maintaining high strength.
Question 2: In which industries is PA66 CF27 composite material commonly applied?
Answer: PA66 CF27 composite material is commonly applied in several industries. It is used in the automotive industry for manufacturing components like engine parts, transmission and braking system components. In the aerospace field, it is suitable for making aircraft structural parts, engine blades and wings. It also finds applications in the electronics and electrical appliances field for producing housings, brackets and connectors, and in the sports equipment field for items like golf clubs, bicycle frames and ski boards.
Question 3: How does the addition of carbon fiber (CF) affect the properties of PA66 in PA66 CF27 composite material?
Answer: The addition of carbon fiber in PA66 CF27 composite material has several positive effects on the properties of PA66. It greatly improves the mechanical properties of PA66, making it stronger and stiffer with enhanced tensile and flexural strengths. It reduces the shrinkage rate of PA66, thus improving its dimensional stability. Moreover, it further enhances the wear resistance of PA66 and helps to keep the material lightweight despite the increased strength.
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