Glass continuous purification device
Glass continuous purification device
Glass continuous purification device
Glass continuous purification device
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  • Glass continuous purification device
  • Glass continuous purification device
  • Glass continuous purification device
  • Glass continuous purification device

Glass continuous purification device

This device is mainly used to remove trace amounts of moisture, metal impurities, and particles from products. For certain special processes that require the addition of deacidification equipment in the system, the entire purification device consists of raw material tanks, adsorption columns, mixing kettles, filters, precision filters, inlet and outlet pumps, product tanks, waste liquid tanks, and related instruments.

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Glass continuous purification device

  • Product Details
  • Product Features Description:

    The device is mainly used to remove trace moisture, metal impurities and particles in the product. For some special processes, it is necessary to add deacidification equipment to the system. The entire purification device consists of raw material tank, adsorption column, mixing kettle, filter, precision filter It is composed of a device, an inlet and outlet pump, a product tank, a waste liquid tank and related instruments.

    Design and match according to the process requirements. The general process is as follows: after the mixed material is controlled by the metering pump, it is transported to the mixing kettle; It is required to choose a one-stage or two-stage adsorption device. The adsorption process is mainly divided into physical adsorption, ion exchange adsorption, and chemical adsorption. According to the process requirements, select the appropriate adsorption process and adsorbent. The electronic-level adsorption process generally adopts continuous operation, and the product undergoes adsorption. After column purification, it is filtered through a precision filter and finally enters the product tank. The filter is mainly used to remove particles in the material.

    The material pipelines and valves in the complete mixing and purification system are made of PVDF, PTFE, PFA, MMKF and other materials. Electronic grade projects are mainly made of PTFE and PFA. Experimental grade mixing kettles and adsorption equipment are generally made of high borosilicate glass or Stainless steel is lined with fluorine, and industrial-grade equipment mainly uses fluorine-lined equipment to ensure that no new metal impurities are introduced during the mixing and purification process, and that the final product can reach the new energy or semiconductor level.

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