Anti-static high-density woodcore raised floor: anti-static high-density woodcore panel with PVC band edge, anti-static woodcore panel with PVC edge trim.
1. Anti-static high-density woodcore panel with PVC band edge
Panel type:P-EW Size£º600¡Á600¡Á30mm 600¡Á600¡Á40mm Structure: Anti-static woodcore panel consists of high-density particle board. Steel sheet (or aluminum sheet) is bonded to the bottom of the particle board. HPL or PVC is stuck to the top of the particle board with PVC edging strip glued to each edge of the panel.
Feature: ¢Ù. Light weight, less noise and comfortable when walking through. ¢Ú. High dimension accuracy, smooth floor surface and excellent interchangeability. ¢Û. Good loading capacity, strong impact loading capacity and good conductivity. ¢Ü. Good sealing and water-proof. ¢Ý. Elaborated made and good decorative effect.
Application: Anti-static high-density woodcore raised floor can be installed in telecommunications, electronics, microelectronics, pharmaceutical and other industry progam-control room, computer room, power station, factory clean room and other anti-static requiring places.
2. Anti-static woodcore panel with HPL and PVC edge trim
Panel type: B-EW anti-static woodcore panel with HPL and PVC edge trim Size:600¡Á600¡Á28mm Structure: B-EW anti-static woodcore panel with HPL and PVC edge trim is encased with top and bottom steel sheet. High-density particle board is the core material. The top steel sheet is stuck with anti-static HPL or conductive PVC with PVC edge trim inserted to each edge of the panel.
Installation: Anti-static woodcore raised floor is installed with stringer and pedestal. Stringer is installed to the pedestal by stringer screws, and panel is laid to the installed stringer frame with height adjustable pedestal.
Application: Anti-static high-density woodcore raised floor can be installed in telecommunications, electronics, microelectronics, pharmaceutical and other industry progam-control room, computer room, power station, factory clean room and other anti-static requiring places.