Application of Hot Press Machines and How to Prevent Overheating

The hot press machine is a key product featured on our website. Therefore, it is essential to adopt a serious approach to learning about it. Gaining a thorough understanding of its technical knowledge will allow for effective application in real-world operations, ensuring optimal product performance. To achieve this goal, let's continue exploring key aspects of hot press machines.

1. What is the maximum heating temperature of a high-temperature hot press machine? How to ensure proper heating?

A high-temperature hot press machine can reach a heating temperature of up to 2000°C, making it suitable for producing PV, PE, and PC sheets. To ensure the machine heats properly, the temperature control circuit must function correctly, and all wiring must be properly connected without errors or reversals.

2. What are the specific applications of a pulse hot press machine?

The pulse hot press machine is widely used for:

• USB cable welding

• FFC (Flexible Flat Cable) to FPC (Flexible Printed Circuit) or PCB (Printed Circuit Board) welding

• TCP (Tape Carrier Package) to PCB or FPC welding

• FPC to PCB welding

Due to these functions, the pulse hot press machine has a broad range of applications in electronic manufacturing and assembly.

3. What are the components of a hollow glass hot press machine?

A hollow glass hot press machine consists of two main parts:

• Heating section: Comprising an insulation layer and a heating chamber, where the insulation layer is made of high-temperature rock wool.

• Rolling section: Composed of six rubber rollers (three on the top and three on the bottom) to press and bond the glass efficiently.

4. How to prevent a hot press machine from exceeding the set temperature?

To ensure the hot press machine does not overheat, the following measures should be taken:

• Ensure the temperature sensor and temperature controller are functioning correctly.

• The temperature sensor detects the temperature of the heating plate.

• The temperature controller receives the temperature data and regulates heating accordingly.

If both components operate correctly, the hot press machine will not exceed the preset temperature, ensuring safe and stable operation.