TPV Fiber Reinforced Hose Extrusion Line

This machine is specially designed for producing fiber-reinforced PVC and TPV hoses. Using screw extrusion, fiber reinforcement winding, and forming processes, it ensures hoses with high strength, pressure resistance, and durability. It is widely used in industrial, construction, automotive, gardening, and water piping applications.

The TPV polyester fiber reinforced hose extrusion line adopts an advanced composite extrusion structure:

TPV (inner layer) + polyester fiber reinforcement layer + TPV coating layer. This production line can manufacture TPV polyester fiber reinforced hoses, TPV double-layer composite hoses, and TPV single-layer hoses, providing flexible and high-quality hose production solutions for various industrial applications.

Advantages of TPV Material

• Lightweight, reducing transportation and installation costs
• Excellent flexibility, suitable for complex installations
• Outstanding vibration and impact resistance
• Durable and wear-resistant, with long service life
• High processability, ensuring efficient production

Polyester Fiber Reinforcement Layer

• Pressure resistance
• Tensile strength
• Structural stability
• Overall safety and durability

This composite design allows hoses to maintain flexibility while offering higher safety and long-term reliability.

TPV Polyester Fiber Reinforced Hose Production Process

1. Inner TPV Layer Extrusion
   The inner TPV hose layer is precisely extruded through a dedicated TPV extrusion system.
2. Polyester Fiber Winding
   A customized fiber winding system applies high-strength polyester fiber evenly on the hose.
3. Infrared Heating Bonding
   The fiber reinforcement layer is bonded with the inner and outer TPV layers using an infrared heating system.
4. Outer TPV Coating
   The outer TPV layer is extruded over the fiber-reinforced layer, forming a complete TPV fiber-reinforced composite hose.

Features of the TPV Hose Extrusion Line

• Supports single-layer, double-layer, and fiber-reinforced hose production
• High production stability and automation
• Uniform fiber reinforcement layer
• Infrared bonding ensures strong layer adhesion.

• Suitable for a wide range of industrial hose applications

Applications

• Industrial ventilation systems
• Automotive piping systems
• Machinery and equipment hoses
• Air and fluid transfer ducts
• High-pressure composite hoses