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Home > products > Custom Thermal Solutions > LCV-100 High Value Thermal Interface Material Puncture Resistant Thermal Pad With Fiberglass

LCV-100 High Value Thermal Interface Material Puncture Resistant Thermal Pad With Fiberglass

Product Details

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Highlight:

High Value Thermal Interface Material

,

Puncture Resistant Thermal Pad

,

Thermal Pad With Fiberglass

Test Item:
Thermal Conductivity
Test Methods:
ISO 22007-2
Unit:
W/m·K
LCV-100:
1.0±0.1
Name:
Custom Thermal Solutions
Test Item:
Thermal Conductivity
Test Methods:
ISO 22007-2
Unit:
W/m·K
LCV-100:
1.0±0.1
Name:
Custom Thermal Solutions
LCV-100 High Value Thermal Interface Material Puncture Resistant Thermal Pad With Fiberglass
 

LCV Thermal Interface Material

LCV-100 High Value Thermal Interface Material Puncture Resistant Thermal Pad With Fiberglass

LCV is a high-value thermal interface material engineered by coating a thermally conductive polymer onto a glass fiber silicone cloth substrate. Designed for ease of processing and assembly, this material offers exceptional conformability to bridge air gaps between PC motherboards, heat sinks, and metal chassis.

  • High Conformability: Soft structure fills irregular gaps effectively.
  • Multi-functional: Provides thermal insulation, shock-absorbing cushioning, and electrical isolation.
  • Durable Design: Single-sided adhesive with puncture resistance for high-voltage applications.

Product Attributes

Material: Thermally conductive polymer on glass fiber silicone cloth
Adhesive: Single-sided
Key Features: Puncture resistant, shock-absorbing, thermally conductive

Technical Specifications

Test Item Test Method Unit LCV-100
Color Visually - White & Pink
Thickness ASTM D374 mm 0.5~10.0
Hardness ASTM D2240 Shore OO 6 ~ 11
Density ASTM D792 g/cm3 2.0±0.1
Tensile Strength ASTM D412 MPa ≥2.5
Initial Viscosity GB/T 4852 # 19±1
Breakdown Voltage ASTM D149 KV/mm ≥10
Temp Range / ℃ -40~150
Flame Rating UL94 - V-0
Weight Loss @150℃ 240H % ≤0.3
Dielectric Constant ASTM D150 @1MHz 5.2
Thermal Conductivity ISO 22007-2 W/m·K 1.0±0.1