• Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
  • Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
  • Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
  • Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
  • Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
  • Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad

Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad

Certification: RoHS, ISO9001
Type: Thermal Pad
Material: Thermal Pad
Form: Sheet
Shape: Rectangular or Heteromorphic
Color: Grey
Samples:
US$ 20/Piece 1 Piece(Min.Order)
| Request Sample
Customization:
Gold Member Since 2024

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Guangdong, China
Self-branded
The supplier has 2 Self-brands, check the Audit Report for more information
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  • Overview
  • Product Description
  • Detailed Photos
  • Company Profile
  • After Sales Service
  • FAQ
Overview

Basic Info.

Model NO.
Laird HD90000 series materials
Construction & Compositionivity
Ceramic Filled Silicone Sheet
Thickness Range
(500 µm) - (5000 µm)
Phase Change Softening Temperature
50°c to 70°c
Thermal Conductivityy
7.5
Density (G/Cc)
3.5
Hardness
500 and 750 µm: 45 1000 µm and up: 32
Outgassing Tml (Weight %)
0.17
Outgassing Cvcm (Weight %)
0.01
Temperature Range
-65°c to 125°c
Rth at 40 Mils, 10 Psi, 500 C
0.198°c–in2/W
Dielectric Constant at 1 MHz
8.14
UL Flammability Rating
V-0
Volume Resistivity
8.73×1013 Ohm-Cm
Transport Package
Land and Air; Carton, 200 Per Pack
Specification
it can customization Private message communication
Trademark
Laird
Origin
USA
Production Capacity
50000 Pieces/Day

Product Description

Product Description
 

       
       Tflex HD90000 series is Laird brand which is the latest product in our High Deflection series.  Tflex HD90000
combines thermal conductivity with superior pressure versus deflection characteristics to allow minimal stress on components while also yielding low thermal resistance.  In summary, less mechanical and less thermal stresses will be experienced
within your device.
     We can provide related material to meet your production needs in any region through our local production
facilities.  Wecome to contact us for samples or questions.

      Features and benefits:
    •Low pressure versus deflection
    •Excellent surface wetting for low contact resistance
    •Minimizes board and component stress
    •Low Outgassing


 
 
Detailed Photos

Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad

 

Company Profile

 

 

 Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
       Dongguan City U.ONE Electronic Technology Co., Ltd. was officially established in 2009. It is a professional enterprise in China that integrates research and development, agency, processing, production, and sales of thermal conductivity, conductivity, and insulation products. The company has a production and research base of approximately 3000 square meters, located at No. 20 Nonglin Road, Long bei Ling Village, Tangxia town, Dongguan city, Guangdong province, China. Adhering to the business philosophy of "service first, quality first, and reasonable prices", the company has established long-term cooperative relationships with multiple enterprises across the country.
       Mainly product: thermal pad, thermal grease,phase change material ,mylar ,silicone rubber sheet, foam, ,silicone products,etc. Products can provide customized services, including customized sizes, customized label,customized packaging, for customers to choose.

Environment:
Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
 
Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
Major parters:

Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
 

Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad
After Sales Service

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FAQ

 

Laird′s HD90000 Series Materials with Thermal and Newest High Deflection Performance, Abbreviation Thermal Pad

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Gold Member Since 2024

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Manufacturer/Factory
Number of Employees
22
Year of Establishment
2015-01-20