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Drawn wire, hollow-core grid panels

Wire-drawing and Hollow-Board Grid Plate Dedicated Non-Stop Screen Changer (1): This dedicated screen changer is equipped with auxiliary flow channels and a preheating and venting device, as well as positioning and guiding mechanisms. It employs multi-station cyclic filtration technology and a “preemptive screen-changing” system, driven by hydraulics. During screen changes, it maintains stable pressure, pressure holding, and flow rate, ensuring continuous operation without stopping the machine, without breaking the film, without interrupting the fiber feed, without glue leakage, and without affecting normal production.
  • Commodity name: Drawn wire, hollow-core grid panels

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  • 产品描述
  •   Wire-drawing and Hollow-Board Lattice Board Dedicated Non-Stop Screen Changer (1): This specialized screen changer is equipped with auxiliary flow channels and a preheating and venting device, as well as positioning and guiding mechanisms. It employs multi-station cyclic filtration technology and a “preemptive screen-changing” system, driven by hydraulics. During screen changes, it maintains stable pressure, pressure holding, and flow rate, ensuring continuous operation without interrupting production, avoiding membrane breakage, filament interruption, glue leakage, or any disruption to normal production processes. It is suitable for the production of various plastic products, including single-filament, flat-filament, fishing-net filaments, and hollow boards made from PP and PC plastics. These plastic products demand high precision, involve lengthy production processes, and suffer significant losses due to downtime during screen changes—making this dedicated screen changer particularly essential.

      Wire-drawing and hollow-board-specific non-stop screen changers (2): The belt-type non-stop screen changer can also be used in the production of wire-drawing and hollow boards made from materials such as PE and PP. It features a novel, lightweight design. Equipped with water-cooled sealing, it ensures zero material leakage and no wear whatsoever. Screen changes are controlled by either pressure or time, and the travel distance for each screen change can be freely set. The screen-changing process is fully automated and requires no human intervention. During screen changes, melt pressure and material flow remain remarkably stable, enabling constant-pressure production throughout the entire process. This system operates without downtime, prevents film breakage, avoids thread interruption, eliminates glue leakage, and does not disrupt normal production.

  Wire-drawing and Hollow-Board Lattice Board Dedicated Non-Stop Screen Changer (1): This specialized screen changer is equipped with auxiliary flow channels and a preheating and venting device, as well as positioning and guiding mechanisms. It employs multi-station cyclic filtration technology and a “preemptive screen-changing” system, driven by hydraulics. During screen changes, it maintains stable pressure, pressure holding, and flow rate, ensuring continuous operation without interrupting production, avoiding membrane breakage, filament interruption, glue leakage, or any disruption to normal production processes. It is suitable for the production of various plastic products, including single-filament, flat-filament, fishing-net filaments, and hollow boards made from PP and PC plastics. These plastic products demand high precision, involve lengthy production processes, and suffer significant losses due to downtime during screen changes—making this dedicated screen changer particularly essential.

  Wire-drawing and hollow-board-specific non-stop screen changers (2): The belt-type non-stop screen changer can also be used in the production of wire-drawing and hollow boards made from materials such as PE and PP. It features a novel, lightweight design. Equipped with water-cooled sealing, it ensures zero material leakage and no wear whatsoever. Screen changes are controlled by either pressure or time, and the travel distance for each screen change can be freely set. The screen-changing process is fully automated and requires no human intervention. During screen changes, melt pressure and material flow remain remarkably stable, enabling constant-pressure production throughout the entire process. This system operates without downtime, prevents film breakage, avoids thread interruption, eliminates glue leakage, and does not disrupt normal production.

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