• 180-240℃ Temperature resistance Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1
  • 180-240℃ Temperature resistance Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1
  • 180-240℃ Temperature resistance Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1
180-240℃ Temperature resistance Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1

180-240℃ Temperature resistance Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1

Product Details:

Place of Origin: China
Brand Name: MK
Model Number: MKCP-PV-G1

Payment & Shipping Terms:

Minimum Order Quantity: 50pcs
Price: negotiable
Packaging Details: export package
Delivery Time: 15days after getting the prepayment
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Supply Ability: 1 million squares per month
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Detail Information

Hardness (Shaw A): 75±2/60±2/70±2 Pulling Strength Mpa≧: 11.5, 14.2,16.8,48
Tear Strength N/mm≧: 39-47 EVA Resistant(comparative): Middle Level Or Higher Level
Normal Service Life (times): >2000,>3000,>4000,>6000 Appearance And Color: Black, Glossy/matte Or Both Sides Glossy
Highlight:

high temperature resistant rubber cushion pads

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solar panel lamination rubber pads

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photovoltaic panel laminated cushion pads

Product Description

180-240℃ Temperature Resistance Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1
Rubber Cushion Pads for Solar Photovoltaic Panel Lamination MKCP-PV-G1 play a critical role in solar PV photovoltaic panel (PV module) laminators or presses during the production of solar photovoltaic panels and modules. These silicon rubber pads are designed to protect PV modules throughout the entire lamination process.
Key Features
The lamination process is essential for ensuring high-quality PV panels. This process involves placing panel components into the laminator, creating a vacuum to remove air between components, then heating to melt EVA and applying pressure. The molten EVA flows to fill gaps between glass, cells, and back plates while simultaneously extruding intermediate bubbles. This creates strong bonds between battery sheets, glass, and back plates before cooling to solidify the assembly.
Technical Specifications
Type MK1200 MK2200 MK3200 MK4200
Hardness (Shaw A) 70±2 70±2 65±2 75±2/60±2
Tensile Strength Mpa≧ 11.5 14.2 16.8 48
Tear Strength N/mm≧ 45 47 39 45
Temperature Resistance ℃ 220 240 180 180
EVA Resistance (Comparative) Middle Level Middle Level Higher Level Higher Level
Normal Service Life (times) >2000 >3000 >4000 >6000
Appearance and Color Black, glossy/matte or both sides glossy Black, grey, both sides glossy Black, glossy/matte or both sides glossy Black, glossy/matte or both sides glossy
Remarks: Maximum width can reach 3200mm without seams. Special specifications can be customized according to user requirements.
Applications
We are recognized as a leading producer and supplier of high-quality silicon rubber cushion and buffering pads used in solar PV module lamination processes.
Solar Photovoltaic Panel Lamination Rubber Cushion Pad MKCP-PV-G1 Rubber Cushion Pads for PV Module Lamination Process

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