Cexin Machinery
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Silicone cloth coating machine, silicone heat sink calendering machine

Thermal conductive silicone cloth equipment (WS-TB-13-01)
Thermal conductive silicone cloth is a silicone polymer elastomer reinforced with glass fiber or BOPI film as the base material. It is also called thermally conductive silicone cloth and tear-resistant silicone cloth. This silicone cloth can effectively reduce the heat dissipation of electronic components. Thermal resistance between devices and electrical insulation, high dielectric strength, good thermal conductivity, high chemical resistance, can withstand high voltage and short circuit caused by metal parts puncture, it is a replacement for traditional mica and Silicone grease is an excellent thermal conductive insulating material.
Common colors are white and pink. The thickness ranges from 0.18mm/0.23mm/0.28mm. It is used for filling between the heat source and the heat dissipation module or shell, and for insulation filling between the live heating element and the shell.
Thermal conductive silicone sheet equipment (WS-TB-13-02)
Thermal conductive silicone sheet is a thermal conductive medium material synthesized through a special process using silica gel as the base material, adding various auxiliary materials such as metal oxides, and is specially produced for the design and production of heat transfer using gaps. It can fill gaps and complete heating parts. The heat transfer between the heat dissipation part and the heat dissipation part also plays the role of insulation, shock absorption, sealing, etc., which can meet the design requirements of miniaturization and ultra-thin equipment. It is very technological and usable, and has a wide thickness range. An excellent thermally conductive filling material. Thermal conductive silicone sheets can be divided into ordinary thermally conductive silicone sheets, strong adhesive thermally conductive silicone sheets, silicone tape-backed thermally conductive silicone sheets, and glass fiber thermally conductive silicone sheets in the middle. At present, the thermal conductivity of domestic thermal silica gel sheets ranges from 0.8W/M.K~8.0W/M.K.
Used for control motherboards of electronic and electrical products, pads and foot pads inside and outside motors, electronic and electrical appliances, automotive machinery, computer hosts, laptops, DVDs, VCDs and any materials that require filling and cooling modules.

Classification:

Thermal Conductive Coating Machine

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  • Describe

    Thermal conductive silicone cloth equipment ( WS-TB-13-01 )

       This coating equipment is a mechanical device that uses a straight scraper to apply a thermally conductive silicone layer on both sides of the glass fiber cloth, dry and solidify it with hot air, and then directly wind it up;

     

    SPECIFICATION

    Model No.

    WS-TB-13-01

    Coating Method

    Dip coating + straight scraping

    Substrate

    Fiberglass cloth, BOPI

    Hot Air Dryer

    Air-floating

    Web Width

    600 - 13,500mm

    Line Speed

    Max 10 m/min

    Roll Face Length

    700 - 1,450mm

    Unwind/Wind Method

    single axis

    Un/wind Max. Day'

    600 mm

    Power(AC Servo Drive)

    AC 220/380V, 50/60Hz

    Un/wind Core I.D

    3", 6"

     

     

     

    Thermal conductive silicone sheet equipment ( WS-TB-13-02 )

    This coating equipment is a mechanical equipment that consists of PET release film + (silica gel + fiberglass cloth +) silica gel + PET release film, after calendering the silica gel, curing it with hot air and infrared rays, and then slicing it directly;

     

    SPECIFICATION

    ModelModel No.

    WS-TB-13-02

    Coating Method Coating Method

    Calendering

    Substrate _

    PET release film, silicone

    Oven type Hot Air Dryer

    Belt support type

    Effective widthWeb Width

    600 mm

    Mechanical speedLine Speed

    Max 6 m/min

    Roll Face Length

    700 mm

    Unwind Method

    single axis

    Unwinding diameter Un/wind Max. Dia'

    400 mm

    VoltagePower (AC Servo Drive)

    AC 220/380V, 50/60Hz

    Un/wind Core ID

    3"

     

     

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