Eaststar New Material (Tianjin) Limited

Eaststar New Material (Tianjin) Limited

Manufacturer from China
Verified Supplier
1 Years
Home / Products / Lamination Pad /

Specialized PCB Silicon Lamination Pad Kraft Paper Replacement

Contact Now
Eaststar New Material (Tianjin) Limited
Visit Website
City:tianjin
Province/State:tianjin
Country/Region:china
Contact Person:MrElon Bin
Contact Now

Specialized PCB Silicon Lamination Pad Kraft Paper Replacement

Ask Latest Price
Video Channel
Brand Name :Estar
Model Number :ESCP-PCB-G2
Place of Origin :CHINA
MOQ :20pcs
Price :Negotiable
Payment Terms :T/T, D/P, L/C, Western Union, MoneyGram
Supply Ability :10000 Square Meters per week
Delivery Time :around 10-15 days for small quantity, 20-30days for large quantity
Packaging Details :Strong plywood package with proper soft protection material inside, suitable for long distance for sea or air transport
Service time :300-500 times
Shape :Rectangular
Durability :Long-lasting
Material :Fiberglass cloth
Product Name :High-performance PCB Press cushion pad
Perfomance :long time at no more than 280℃ without carbonization or brittleness
Product Category :PCB amination cushion pad
Loading port :Shenzhen,shanghai oe other Chinese port
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Product Description:

The PCB Press cushion pad is an essential product in the electronics manufacturing industry, specifically designed for use in FPCB hot press applications. This versatile cushion pad is commonly used as an FPCB buffering pad to provide protection and support during the hot press process.

One of the key features of the PCB Press cushion pad is its high electrical insulation properties, which make it ideal for use in sensitive electronic components and circuits. This ensures that the pad effectively isolates the PCB during the press process, preventing any electrical interference or damage.

Laminated cushion pads are specifically designed to be use in the production of hard and soft type PCB board in replacement of traditional Kraft paper during lamination (hot press) process.

The pads are composed of silicone reinforced fiberglass layer laminated together to provide excellent shock absorbent property and works well against heavy compression during production.

Its thick and firm surface is good for abrasion endurance and chemical reagent resistance.

In conclusion, the PCB Press cushion pad is a versatile and reliable product that serves as a crucial component in FPCB hot press applications. With high electrical insulation properties, a customizable thickness range, and a durable high molecular weight polymer construction, this cushion pad offers optimal protection and support during the hot press process. Whether used as an FPCB buffering pad or a hot press pad, the PCB Press cushion pad is a valuable asset for electronics manufacturers seeking consistent and high-quality results.

Features:

  • Product Name: PCB Lamination cushion pad
  • Shape: Rectangular
  • Country Of Origin: China
  • Durability: Long-lasting
  • Color: Red, White, Grey Etc
  • Keywords: FPC cushion mat, PCB lamination cushion press pad, PCB cushion mat, PCB buffering pad or PCB hot press pad

Technical Parameters:

Usage

Cushion and buffering materials

Features High water absorption standard, exceptional flexibility, excellent buffering effect, thermal conductivity
Thickness Range

4-6.5mm or customizable

Normal regular Sizes (L*W in mm)

1500*1300/1300*780/1170*690/1160*665/1180*660/1295*788…And in inches like 27.5"*24"/45"*51"/59"*51"

Shape Rectangular
Chemical Resistance

Long life expectancy

Package Plywood case for exporting
Water Absorption Rate < 8%
Size Customizable
Durability Long-lasting

Applications:

It is a press pad made of paper fiber designed for the lamination process of PCBs, rigid-flexible boards, FPCs, high count layers, multi-layer boards, metal substrates, and thick copper coin or heat sink boards. In the lamination process, it can accurately control the heat transfer and pressure on the surface of the circuit board, thereby achieving pressure balance and buffering. It is a buffer material with excellent performance.

As an Estar product originating from China, the cushion mat is manufactured with high standards and quality control. With a minimum order quantity of 20pcs, the product is accessible for both small and large-scale operations. The negotiable price and flexible payment terms (T/T, D/P, L/C, Western Union, MoneyGram) make it convenient for businesses of all sizes.

With a supply ability of 10000 Square Meters per week, the FPCB lamination cushion press pad ensures a steady availability to meet your production needs. Its packaging details, including a strong plywood package with proper soft protection material inside, make it suitable for long-distance transport by sea or air.

Support and Services:

The PCB Press cushion pad product comes with comprehensive Product Technical Support and Services to ensure optimal performance and customer satisfaction. Our dedicated team of technical experts is available to assist with any inquiries or issues related to the product, including installation, troubleshooting, and maintenance.

Our support services also include regular product updates, training sessions, and on-site visits to address any specific needs or concerns. We are committed to delivering top-notch technical support to help our customers maximize the benefits of using the PCB Press cushion pad product.

Packing and Shipping:

Product Name: PCB Press Cushion Pad

Description: This cushion pad is designed to protect PCBs during transportation and storage.

Features:

  • Soft and durable material
  • Shock-absorbing properties
  • Customizable size options

Package Includes:

  • 1 x PCB Press Cushion Pad

Shipping Information:

  • Shipping Method: Standard Shipping
  • Delivery Time: 10-15 business days
Specialized PCB Silicon Lamination Pad Kraft Paper Replacement

Specialized PCB Silicon Lamination Pad Kraft Paper Replacement

Specialized PCB Silicon Lamination Pad Kraft Paper Replacement

Inquiry Cart 0