carbon fiber used for nonwoven machine
Carbon Fiber Contact Roller For Winding is a specialized roller used in winding processes, which is made from carbon fiber-reinforced polymer (CFRP) with coating variety of rubber. inner is flow system.
Brief: Discover the Bopp Line Carbon Fiber Contact Roller for Winding, a high-performance roller made from T800 carbon fiber material. Ideal for plastic films, printing, foil, paper, and textile industries, this roller offers superior tensile strength, lightweight design, and anti-corrosion properties. Perfect for enhancing your winding processes with durability and efficiency.
Related Product Features:
Made from T800 carbon fiber-reinforced polymer (CFRP) for exceptional strength.
Coated with black EPDM rubber for durability and smooth operation.
Lightweight design, approximately one-fifth the weight of steel.
High tensile strength, about 10 times stronger than conventional materials.
Excellent fatigue resistance, with a fatigue limit of 70-80% of static load strength.
Anti-corrosion properties for long-lasting performance in harsh environments.
Higher resonant frequency and less deflection for precise winding applications.
Suitable for various industries including plastic films, printing, and textile production.
Faqs:
What industries can use the Bopp Line Carbon Fiber Contact Roller?
This roller is ideal for plastic films production, printing, foil production, paper production, converting processes, and textile/non-woven industries.
What are the key advantages of using carbon fiber in this roller?
Carbon fiber offers superior tensile strength, lightweight design, high fatigue resistance, anti-corrosion properties, and better performance compared to traditional materials like steel or aluminum.
How does the Bopp Line Carbon Fiber Contact Roller compare to metal rollers?
The carbon fiber roller is about one-fifth the weight of steel, has higher tensile strength, better fatigue resistance, and superior anti-corrosion properties, making it more efficient and durable for winding applications.