1. Application:

Primarily for the compression of new materials such as carbon fiber phone cases, glass fiber tablet shells, graphite materials, etc., also suitable for titanium alloys, aluminum alloys, SMC, high-precision rubber, various plastics, and hot forming under vacuum conditions for graphite.

2. Specifications and Parameters:

     Equipment Features:

l  Vacuum performance remains stable at high temperatures, with long-lasting sealing effectiveness.

l  Zone-controlled temperature control for hot plates.

l  The hot plate operates stably at temperatures ranging from 600 to 1000°C for long-term use.

l  Insulation and sealing performance ensure stable thermal insulation, keeping the equipment surface temperature below 50°C.

l  Thermal board insulation utilizes insulating ceramics and raw materials to ensure optimal heat loss control.

l  The control system employs German Siemens technology, featuring temperature plane monitoring and the detection of heat pipe damage locations.

l  Equipment control utilizes a human-machine interface and manual/automatic control.

l  The water-cooling system offers excellent performance and stable operation.

l  All process parameters are maintained with long-term records.

l  Features an automatic mold locking device.

l  Equipped with an automatic mold changing device.

l  Automated material feeding and removal with mechanical arms

3. Equipment Images Attached

4. Technology:

   A vacuum hot pressing machine is an integrated thermal press that combines heating, holding pressure, pressure replenishment, vacuum extraction, and vacuum breaking. It heats the workpiece to the required temperature under vacuum, then moves the upper and lower pressure heads to compress the workpiece, thereby achieving material purification in the workpiece.、

Process requirements include purification and high density. The entire machine employs a servo closed-loop control system, offering the advantages of energy-saving and low noise.PLCProgrammable control, featuring multi-stage pressure and stroke, is particularly suitable for scenarios requiring real-time process adjustments.