Teflon Mesh Conveyor Belt Hot Binding Edge

Teflon mesh conveyor belt thermal binding is an important process to enhance the durability and stability of the conveyor belt. The following is a clear introduction to the Teflon mesh conveyor belt thermal sealing edge:

Wrapping style and joint method

Hemming style

1. Teflon turning film edging: This edging method uses the same material of Teflon turning film as the conveyor belt, ensuring that the edging part has the same high temperature and corrosion resistance as the main body of the conveyor belt.

2. Kevlar wrapping: Kevlar is a high-strength, high-temperature resistant material, and the use of Kevlar wrapping can increase the strength and durability of the conveyor belt edge.

3. Teflon fabric edging: Similar to Teflon turned film edging, Teflon fabric edging also provides similar performance to the conveyor belt body.

Joint mode

Mainly soft joints (bull nose joints) and steel buckle joints. These joint methods ensure that the conveyor belt is more stable during operation, reducing deviation and shaking.

The characteristics of thermal sealing edge

1. High temperature stability: Due to the high temperature resistance of Teflon materials, the thermal sealing edge can remain stable at high temperatures and will not easily deform or melt.

2. Enhanced durability: The edge of the conveyor belt is strengthened by thermal binding, increasing its tensile strength and wear resistance, thereby extending the service life of the conveyor belt.

3. Prevent edge wear: thermal sealing edge can effectively prevent wear caused by long-term use or improper operation of the conveyor belt edge, reducing maintenance costs and failure rates.

4. Keep smooth: the edge of the conveyor belt after the hot sealing edge is smooth, and it is not easy to curl or warp, which is conducive to maintaining the stable operation of the conveyor belt.

Thermal sealing edge wrapping process

1. Preparation stage: Select the appropriate wrapping materials and joint methods, and prepare the corresponding equipment and tools.

2. Heating stage: Use special equipment on the conveyor belt edge and wrapping material

3. Heating is carried out so that it reaches the appropriate temperature for hot sealing.

4. Pressing stage: On the basis of heating, a special press is used to press the wrapping material and the edge of the conveyor belt tightly together to form a strong connection.

5. Cooling stage: After the hot closing is completed, the conveyor belt is cooled to restore it to normal temperature for subsequent use.

Precautions

Select the appropriate wrapping material and joint method: according to the specific use environment and requirements of the conveyor belt, select the appropriate wrapping material and joint method.

Control heating temperature and time: heating temperature and time have an important impact on the thermal sealing effect, and need to be strictly controlled.

Ensure the pressing quality: The pressing quality directly affects the stability and durability of the conveyor belt, and it is necessary to ensure that the pressing is tight, no bubbles and other defects.

Quality inspection: After the completion of the hot sealing edge, the conveyor belt quality inspection to ensure that it meets the standards and requirements.

Through the above introduction, we can clearly understand the style, characteristics, process and precautions of Teflon mesh conveyor belt thermal sealing edge.

This way of wrapping can effectively improve the durability and stability of the conveyor belt, providing reliable support for a variety of industrial applications.