Thermal Pad
  • LC200RS Heat Conduction Radio Absorbing Pad
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  • LC200RS Heat Conduction Radio Absorbing Pad
  • IMG_9983.jpg
  • IMG_9985.jpg
  • IMG_9986.jpg
  • IMG_9987.jpg
  • IMG_9989.jpg
  • IMG_9990.jpg
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LC200RS Heat Conduction Radio Absorbing Pad

Specification:
Can be cut into specific shape and size according to the use requirements. Glass fiber base material / silicon back adhesive / back adhesive can be selected.
Introduction:
Like the traditional heat conduction interface materials, heat conduction microwave absorbing materials can be directly applied between heat source and radiator. While deriving heat, it can absorb leaked electromagnetic radiation to eliminate electromagnetic interference. The heat conduction and microwave absorbing material with both thermal and electromagnetic countermeasures can solve problems in limited space and time without shielding cover, simplify structural design and reduce cost. At the same time, the soft silica gel substrate can reduce internal stress and allowable tolerance, Make the terminal products have higher reliability design, and provide good solutions for electronic communication products in terms of heat conduction and electromagnetic shielding.
  • Product introduction
  • Technical Parameters
  • Product Application
  • Product Characteristics
Like the traditional heat conduction interface materials, heat conduction microwave absorbing materials can be directly applied between heat source and radiator. While deriving heat, it can absorb leaked electromagnetic radiation to eliminate electromagnetic interference. The heat conduction and microwave absorbing material with both thermal and electromagnetic countermeasures can solve problems in limited space and time without shielding cover, simplify structural design and reduce cost. At the same time, the soft silica gel substrate can reduce internal stress and allowable tolerance, Make the terminal products have higher reliability design, and provide good solutions for electronic communication products in terms of heat conduction and electromagnetic shielding.
Test item
Unit LC200RS
LC300RS
Test Methods
Color
- Gray
Gray
Visually
Thickness
mm 0.5~10
0.5~10
ASTM D374/374M
Hardness
Shore AO
30±5
30±5
GB/T531
Hardness
Shore OO
60±10
60±10
GB/T531
Specific gravity
g/cm3 4.39
4.11
ASTM D792
Temp resistance range

-40~150
-40~150
-
Flame
- V-0
V-0
UL 94
Weight loss
% ≤0.3
≤0.3
@150℃240H
Tensile Strength
MPa
≥0.2
≥0.2
ASTM D412
Elongation at break
%
≥100
≥50
ASTM D412
Tearing strength
KN/m
1.0 1.0
ASTM D624
Breakdown Voltage
KV/mm
≥250
≥250
ASTM D149
Permittivity
@1MHz
13
8.3 ASTM D150
Dielectric Dissipation
@1MHz
7.6x10-4
5.1x10-4
ASTM D150
Thermal conductivity
W/m·k
2.0±0.2 3.0±0.3 ISO 22007-2
Thermal conductivity
W/m·k
2.0±0.2 3.0±0.3 ASTM D5470
Specific Heat Capacity
J/g/k
0.613 0.567 ASTM E1269
Use frequency band
GHz
1-16
1-16
GJB 2038A-2011

Mobile communication equipment
Network terminal equipment
Intelligent electronic equipment
Electronic communication equipment
Dual advantages of radio absorbing and heat conduction
Good surface compatibility and self-adhesive
2W measured thermal conductivity, low thermal resistance
Fire rating reaches UL94-V0

Contact

Tel:+86-13691979380

E-mail:ElvinLen@szutd.com

Address:Union Tenda Technology Park, No. 61, Zhangqi Road, Guixiang Community,Guanlan Street, Longhua District, Shenzhen