thermal conduction

thermal conduction Specification

Usage & Applications
Electronic devices, LED lighting, Power Supplies, Electrical insulation and heat dissipation.

Type
Thermal Conduction Sheet

Material
Silicone Rubber

Power
3W/m-K (Thermal Conductivity)

Installation Type
Self-adhesive / Manual Placement

Dimension (L*W*H)
Customizable ( Standard: 100mm x 100mm x 1mm )

Weight (kg)
0.12 (Standard Sheet)

Color
Gray

RoHS Compliance
Yes

Storage Condition
Cool, Dry Place Away from Sunlight

Hardness
Soft (Shore 00: 40~70)

Flame Resistance Grade
UL 94 V-0

Operating Temperature Range
-40C to +200C

Dielectric Breakdown Voltage
>5kV/mm

Surface
Smooth & Conformable

Tensile Strength
>0.5 MPa

Thermal Impedance
<0.68C-in2/W

Reusability
Yes (Multiple Placement Allowed)

thermal conduction Trade Information

Minimum Order Quantity
210 Liters

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cheque, Delivery Point (DP)

Supply Ability
1 Liter Per Week

Delivery Time
1 Hours

Sample Available
No

Sample Policy
Free samples are available

Packaging Details
drum

Main Export Market(s)
Asia

Main Domestic Market
All India

About thermal conduction

EUROTHERM-NXG

The Next-Generation's Thermic Fluid

Premium Performance | Cost-Effective | Long-Lasting

Welcome to Eurotherm-NXG, Indias next-generation Thermic Fluid Oil (Heat Transfer Fluid) by Precitech Thermal, designed for high-performance industrial heating applications. A collaboration between Precitech Thermal (25+ years of expertise) and ENI-Italy (global leader in specialty oils), Eurotherm-NXG offers world-class thermal stability, efficiency, and reliabilityat a cost-effective price.

Superior Thermal Management for Electronics

These silicone thermal conduction sheets optimize heat transfer and electrical insulation in sensitive electronics. Their smooth, conformable surface allows effective interface contact, enhancing cooling efficiency in devices such as LEDs and power supplies. Advanced safety is ensured through UL 94 V-0 certification and robust dielectric strength.

Flexible and Reusable Design

Engineered for convenience, the sheet's soft, yet durable construction allows easy multiple placements without loss of performance. With customizable dimensions and simple installation methods, it provides flexibility across various projects and equipment setups while supporting long-term reliability.

FAQ's of thermal conduction:

Q: How should the thermal conduction sheet be installed for optimal heat transfer?

A: For optimal performance, the sheet should be placed between the heat-generating component and the heat sink or enclosure. Its self-adhesive back ensures easy application, or you can manually place it for custom setups. Ensure surfaces are clean and flat prior to installation.

Q: What are the main benefits of using this silicone thermal conduction sheet in electronic devices?

A: The sheet significantly improves heat dissipation and electrical insulation, protects sensitive components from overheating, and maintains stable operation over a wide temperature range. Its flame-resistant and RoHS-compliant material makes it a safe choice for demanding applications.

Q: When is it suitable to reuse the thermal conduction sheet, and how many times can it be repositioned?

A: The sheet is designed for multiple placements, allowing you to reposition or reuse it whenever needed during assembly, maintenance, or testing. It retains its thermal and adhesive properties through several uses, provided it is handled gently and kept free from contamination.

Q: Where can these thermal conduction sheets be applied in electronics and industry?

A: Common applications include LED lighting modules, power supplies, computer motherboards, and any environment that requires efficient thermal management and electrical insulation. They are ideal for manufacturers, service providers, and traders seeking reliable heat management solutions.

Q: What storage conditions are recommended for maintaining the sheet's properties?

A: To preserve performance, store the sheets in a cool, dry place away from direct sunlight. Avoid exposing them to high humidity or dust, which may compromise their surface integrity and adhesion.

Q: How does the 3W/m-K thermal conductivity rating benefit electronic designs?

A: With a thermal conductivity of 3W/m-K, the sheet enables rapid heat transfer away from critical components, helping maintain optimal temperatures, reduce the risk of overheating, and enhance device longevity.