Eaststar New Material (Tianjin) Limited

Eaststar New Material (Tianjin) Limited

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Wood Industry Wood Press Cushion Pad Lamination Silicon Rubber Cushion Pad Wooden Door Buffering Pad

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Eaststar New Material (Tianjin) Limited
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City:tianjin
Province/State:tianjin
Country/Region:china
Contact Person:MrElon Bin
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Wood Industry Wood Press Cushion Pad Lamination Silicon Rubber Cushion Pad Wooden Door Buffering Pad

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Brand Name :ES
Model Number :ESCP-Wood-G1
Place of Origin :CHINA
MOQ :200pcs
Price :negotiable
Delivery Time :around 5-7days after receiving prepayment
Packaging Details :carton
Payment Terms :L/C, D/A, D/P, T/T, Western Union
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silicon rubber cushion pad for wood industry wood lamination cushion press pad wood cushion mat wooden door buffering pad wood hot press pad

Silicone Rubber Cushion Pads for Wood Industry Hot Pressing Machine ESCP-Wood-G1 is widely applied in the hot press or lamination used in the wood industry. The rubber cushion pads are widely used in the pressing production process of such products as Laminated wooden doors, reinforced flooring, particleboard, veneer panels, laminated furniture boards, medium density fiberboard (MDF)etc

The rubber cushion pads are the right cushion or buffering pads used in such hot pressing machines for wood industry.

The silicon rubber cushion pad for wood industry is also known or renamed as wood lamination cushion press pad, wood cushion mat, wooden door buffering pad or wood hot press pad. It is the necessary and important cushion and buffering materials to realize the high quality lamination process in wooden industry.

Product Features:

  • High temperature resistance
  • High elasticity
  • Strong resilience

Resistant to aging and corrosion

Product Structure:

  • Silicon rubber layer
  • Special Textile

Silicon rubber layer

Technical Parameters:

1. Thickness: 1.5-2.5mm.

3. High temperature resistance performance: ≤250℃

4. Thickness tolerance: ±0.3mm.

5. Size tolerance (length or width): ±2mm.

6. Tensile strength: ≥ 80 N/mm

7. Adhesion: 2.5N/mm

8. Hardness:55+/-5 (Shaw A)

9. Elongation at break:350%.

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