PA12 Filled Carbon Fiber For 3D Printing

Details

PA12 filled carbon fiber for 3D printing Features:
1.PA12 has a good overall performance, including mechanical properties
2.Heat resistance, wear resistance, chemical resistance and self-lubricating
3.The low coefficient of friction, a certain degree of flame resistance, easy

PA12 filled carbon fiber for 3D printing

Product Details

Product Name	PA12 filled carbon fiber for 3D printing
Color	Black,natural, as requirements
Type	Pellets,granules,chips
Filled Content	10-60% Long carbon fiber
Place of origin	Xiamen ,China
Port	Xiamen Port
Brand Name	LFT-G
Delivery Time	7-10 days after payment

PA12 filled carbon fiber for 3D printing

For the manufacturing industry, carbon fiber composites are an important area. Carbon fiber can provide strength comparable to metal, but its weight is very light. Carbon fiber is in industries that need to consider weight and strength ratio, such as aerospace, automotive, rail transit. There are wide application prospects in other industries.

The traditional process of manufacturing carbon fiber is very complicated and requires a lot of manpower, but the increasingly advanced 3D printing has brought new hope to carbon fiber manufacturing. A group of 3D printing companies have begun to focus on carbon fiber composite materials, trying to create carbon fiber with 3D printing technology. Composite products, these successful attempts to promote the use of carbon fiber composites will be more convenient, while greatly reducing manual investment.

PA12 filled carbon fiber for 3D printing technical data sheet

long carbon fiber PA12

▲If you need other content technical data sheet of Long Carbon Fiber Filled Conductive PA12, please feel free to contact candyhu@lfrtplastic.com

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PA12 filled carbon fiber for 3D printing Application

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In 2016, EnvisionTEC launched SLCOM1 industrial grade composite 3D printer for processing carbon fiber fabrics or other varieties of reinforced aramid fabrics. Nylon 6, nylon 11, nylon 12, polyetheretherketone, polyetherketone can be used. Ketones, polycarbonates and many other materials are enhanced. Customized for high quality 3D printed parts such as aerospace, automotive, sporting goods and medical. The tailor-made products fully reflect the extraordinary toughness, weather resistance, shock absorption, high wear resistance and high strength-to-weight ratio of carbon fiber.

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