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vacuum-hot-press
  • Hot Press High Temperature Inert Gas N2 Vacuum Hot Press

  • Hot Press Lab High Temperature Manual Vacuum Hot Press Machine of 10T Pressure

  • Vacuum Hot Press 25T 500C High Temperature Multi-stage Programmable Vacuum Hot Press with Vacuum Pump

  • Vacuum Hot Press Lab 30T 500C Double Heat Plate Vacuum Hot Press Machine with 300×300mm Heating Plate

     Laboratory 60 Ton  Automatic Hydraulic Press with Programmable Controller

  • Vacuum Hot Press 40T 500C Programmable Vacuum Hot Press with Widened Double Heating Plate

  • fiber vacuum hot press 100T-400T Automatic Single/Double Workstation Vacuum Hot Press Machine For Carbon Fiber Forming

    100T-400T Automatic Single/Double Workstation Vacuum Hot Press Machine For Carbon Fiber Forming   Introduction The fiber vacuum hot press, also known as the fiber vacuum hot press forming machine, adopts a servo oil circuit system, which is low-noise, energy-saving and environmentally friendly. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within ±3 degrees, ensuring the stability of the hot pressing temperature and significantly improving the product yield. It can be equipped with a mold temperature control machine function. Applicable materials 1. Fiber materials: Forming of decorative parts such as carbon fiber and glass fiber. 2. Composite materials: PC/PMMA/ABS and other composite board film sheet forming. 3. Insulation materials: Molding of insulating and heat-insulating materials such as aerogel, cold gel, silicone, PET, and filter elements. Note: The industry applications of the product are as follows. Features 1. It adopts a servo system, which is low-noise, energy-saving and environmentally friendly. It can reduce electricity consumption by up to 46%, generate less heat and operate at a low oil temperature (within 50 degrees), which can extend the service life of the hydraulic press and reduce production costs. 2. The unique heating system device can control temperature and pressure in sections and zones. The overall temperature difference can be controlled within ±3°C, ensuring the stability of the hot pressing temperature and significantly improving the product yield. 3. The equipment structure features a four-column and three-plate structure, without oil-free bushings for guidance, to achieve a parallelism of ±0.03mm between the upper and lower heating plates. . 4. The vacuum hood is used for vacuuming, with a vacuum negative pressure value of 0.1kpa. It features automatic vacuuming, automatic pressure holding, automatic pressure replenishment, and automatic vacuum breaking functions. 5. The heating plate is made of high-quality die steel for heat treatment and ground to achieve a flatness of 0.05mm. 6. The oil pump is driven by a servo motor, controlled by PLC, and combined with pressure sensors and displacement sensors for closed-loop control. It can be made into segmented pressure, time and stroke control, and can be divided into three or more segments. This product is widely used in the following industries: 1. Mobile phone industry: Front and back covers for 2.5D/3D/3.5D mobile phones, full-coverage mobile phone cases. 2. Automotive industry: Interior and exterior trims, buttons, instrument panels, touch panels, smart Windows. 3. Panel industry: Decorative panels for tablets, laptops, medical devices, home appliances and kitchen appliances, smart locks, etc. 4. Electronics industry: Drones, VR/AR glasses, smartwatches, wristbands, switches, keyboards. 5. Fiber materials: Decorative parts made of fiber materials such as carbon fiber and glass fiber, like helmets, etc. 6. Insulation materials: aerogel, cold gel, silicone frame, PET, filter element and other insulation and heat insulation materials. 7. Composite materials: PC/PMMA/ABS and other film composite plates Technical parameter Item Unit 100T 200T 300T 300T 400T Master cylinder clamping force T 100 200 300 300 400 Master cylinder stroke mm 300 400 400 400 400 The maximum pressure for the liquid in the main cylinder Mpa 21 21 21 21 21 Return stroke force KN 80 50 80 30 30 The distance between the movable beam and the workbench Max. mm 500 600 450 400 400 Min. mm 200 200 50 0 0 Slider speed Rapid decline mm/s 130 150 120 120 250 Working speed mm/s 20 20 20 20 20 Fast return journey mm/s 150 125 100 120 120 Effective area of the heating plate mm 500*580 1200*1200 600*600 600*600 750*750 The height of the workbench from the ground mm 1075 1387 1315 1315 1114 Motor power KW 16 25 25 16*2 30 Maximum temperature ºC 200 200 200 300 300 Machine weight KG 4000 5000 7000 15000 18000    

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