Carbon Fiber Powder Manufacturers
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Carbon Fiber Powder Suppliers

Carbon fiber powder, also known as ground carbon fiber, is a cylindrical particle obtained by special surface treatment, grinding, microscopic identification, screening, and high-temperature drying of high-strength and high-modulus carbon fiber filaments. It retains many properties of carbon fiber, and has a small shape, pure surface, large specific surface area, and is easy to be uniformly dispersed by resin wetting. It is a high-performance composite material filler. The color of carbon fiber powder is black and gray.

About Us Jiangsu Zeyusen Carbon Fiber Technology Co., Ltd.
Jiangsu Zeyusen Carbon Fiber Technology Co., Ltd. is China Carbon Fiber Powder Suppliers and we offer OEM/ODM Carbon Fiber Powder Manufacturers, we founded in September 2015, it is in Nantong City, Jiangsu Province. Production base distribution: Nantong and Taizhou, Jiangsu. Zeyusen is a comprehensive Carbon Fiber Powder enterprise engaged in R&D, production, and sales. Our company also relies on the strong technical strength of the Chinese Academy of Sciences, China Southern Glass Institute, and various universities, and has deep roots in high-performance carbon fiber materials; it continues to forge ahead, has professional technical personnel, advanced laboratories, and R&D centers, and continues to provide domestic and foreign customers with special specifications of glass fiber and carbon fiber products.
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What benefits does carbon fiber powder have over conventional substances?

Carbon fiber powder has many blessings over conventional materials, consisting of however no longer confined to the subsequent:

1. **Lightweight and High Strength**: Carbon fiber powder has very excessive power and rigidity whilst being lightweight. Compared with conventional materials along with metal and aluminum alloys, they could provide better precise power and particular stiffness, making the final product lighter and stronger.

2. **Corrosion Resistance**: Carbon fiber powder has tremendous corrosion resistance, that's a good sized benefit for merchandise that work in harsh environments or device that requires lengthy-term use. In comparison, steel materials can lose houses due to corrosion.

3. **Design flexibility**: Carbon fiber powder can be manufactured into numerous shapes and systems in line with layout requirements, so it has higher design flexibility. This gives engineers greater freedom to design complex components to optimize product performance and capability.

4. **Thermal Conductivity and Insulation**: Carbon fiber powders generally have low thermal conductivity, which makes them very beneficial in applications that require thermal insulation or insulation. In evaluation, metal materials commonly have better thermal conductivity.

5. **Fatigue Life**: Carbon fiber powder has precise fatigue existence and might preserve solid performance below long-term repeated loading. This makes them particularly suitable for applications requiring long-time period durability, which includes components inside the aerospace and automobile industries.

What is the manufacturing method of carbon fiber powder? How are they made into powder form from uncooked carbon fiber? Is this procedure environmentally pleasant?

The production system of carbon fiber powder usually includes the following predominant steps:

1. **Raw fabric training**: The first step in generating carbon fiber powder is to put together carbon fiber raw materials. These raw substances are usually polymer fibers from carbon sources consisting of polypropylene. Carbon fiber selection and instruction are crucial to the performance and best of the final product.

2. **Crushing and Crushing**: Carbon fiber uncooked substances first undergo a crushing and pulverizing process to transform them into smaller particles. This can be done by techniques including mechanical grinding or chemical treatment.

3. **Carbonization**: Crushed carbon fiber particles usually want to be carbonized to get rid of non-carbon elements and enhance purity. This step is normally finished at high temperatures and in an oxygen-loose environment to ensure the high-quality and stability of the carbon fiber.

4. **Crushing and Screening**: The carbonized material could be crushed and screened once more to acquire the desired particle length and shape. This helps make sure uniformity and consistency in the final product.

5. **Treatment and Surface Modification**: In some cases, carbon fiber powder may require floor treatment or change to improve its adhesion to different materials or to enhance unique properties. This can also involve methods which includes chemical treatments, surface coatings or functionalization.