Carbon Fiber Powder for Cut-resistant Gloves

Carbon fiber powder, also called milled carbon fiber, is a finely processed reinforcement material widely used in high-performance composite applications. The Carbon Fiber Powder for Cut-Resistant Gloves from Shenzhen Feige Fiber Materials Co., Ltd. is manufactured from PAN-based carbon fiber filaments through surface treatment, chopping, grinding, screening, and high-temperature drying.

The resulting powder retains the high strength, high modulus, electrical conductivity, and reinforcement characteristics of carbon fiber while offering a small particle size, clean surface, and large specific surface area. These properties allow it to disperse efficiently in resin, latex, PU, nitrile, and other matrix materials.

Physical Properties

The product is processed to provide consistent particle distribution and good compatibility with composite formulations. Its powder form makes it easier to blend into coating systems and polymer matrices compared with continuous carbon fiber or conventional chopped fibers.

Application of Carbon Fiber Powder in Cut-Resistant Gloves

Carbon fiber powder can be incorporated into cut-resistant glove manufacturing in different ways according to the required performance and production process.

1. Mixed into Coating Materials

A common application is to disperse carbon fiber powder into latex, PU, nitrile, or other coating formulations. The prepared compound can then be applied to the palm, fingers, and other areas exposed to friction or sharp objects.

After curing, the carbon fiber powder contributes reinforcement within the coating layer. It can improve surface durability, wear resistance, and mechanical strength while helping maintain the flexibility required for handling and assembly work.

2. Added to the Fiber Matrix

Carbon fiber powder can also be incorporated into polymer materials used for glove liners, such as nylon or high-performance polyethylene. With suitable processing, the modified material can be converted into protective fibers and subsequently used in glove construction.

This approach can contribute to improved tensile and tear performance while also introducing the electrical conductivity associated with carbon-based reinforcement materials.

Key Performance Benefits

1. Improved Cut and Wear Resistance

Carbon fiber has excellent strength and modulus. When finely milled carbon fiber is distributed throughout a coating or polymer matrix, it can provide additional reinforcement and help the material resist mechanical damage. This can support the development of gloves designed for demanding cutting and abrasion environments.

2. Static Dissipation

Carbon fiber is electrically conductive, making carbon fiber powder useful in formulations where static dissipation is required. Properly formulated glove materials can help reduce the accumulation of static charge, which is particularly valuable in electronics manufacturing and other controlled industrial environments.

3. Protection Without Excessive Stiffness

Compared with continuous carbon fiber, the finely divided form can be more readily dispersed throughout a polymer or coating system. When the formulation is properly designed, reinforcement can be achieved while retaining the flexibility and tactile characteristics required for precision work.

4. Efficient Material Utilization

Because carbon fiber powder can be incorporated in controlled quantities, manufacturers can adjust the reinforcement level according to the required application. This provides greater flexibility in formulation design and helps optimize the balance between performance, processing requirements, and material consumption.

Suitable Applications

Carbon fiber powder can be considered for protective glove formulations used in:

• Cut-resistant work gloves
• Abrasion-resistant gloves
• Industrial protective gloves
• Electronics manufacturing gloves
• Precision assembly gloves
• Static-dissipative protective gloves
• Polymer and composite reinforcement applications

Product Storage

Carbon fiber powder should be kept in a dry and clean environment to protect material quality during storage. Recommended storage conditions are room temperature with a relative humidity of approximately 50–70%.

Packaging Options

1. Paper-plastic woven bags: 25 kg per bag, 40 bags per pallet.

2. Ton bags: 1,000 kg per bag.

3. Customized packaging can be provided according to customer requirements.