
Cooler Master Thermal Pad 1.5mm High Conductivity
## Optimal Thermal Management: Cooler Master High-Performance Thermal Pad Ensure efficient cooling for your electronic devices with the Cooler Master Thermal Pad. Formulated with nano elements for exceptional thermal conductivity, this pad provides seamless contact and rapid heat dissipation for ...
*Price sourced from Amazon.com. Last updated:Apr 27, 2026.Price and availability are subject to change.
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Overview
Specifications
- Brand: Cooler Master
- Thermal Conductivity: 13.3 W/m.k
- Material: Nano Zinc Oxide and Nano Alumina
- Adhesive: Double-Sided
- Properties: Non-Toxic, Non-Corrosive, Electrically Insulated
- Thickness: 1.5mm
Key Features
Formulated with Nano Elements: Nano zinc oxide and nano alumina particles deliver a thermal conductivity of 13.3 w/mK for rapid cooling, suitable for a wide range of electronics and devices.
Non-toxic and Non-corrosive: Safe and simple formula with electrically insulated and heat resistant properties to prevent hardening
Double-sided Adhesive: Provides seamless and secure contact between surfaces
Versatile and Easy Application: Easily cut to the perfect size for your application
Specifications
Pros & Cons
👍 Pros
- Formulated with nano zinc oxide and nano alumina particles, enhancing thermal performance for efficient cooling.
- Delivers a high thermal conductivity of 13.3 w/mK, designed for rapid heat dissipation in electronics.
- Suitable for a wide range of electronics and devices, offering versatile application across different systems.
- Features a non-toxic and non-corrosive formula, ensuring safety during handling and long-term use with components.
- Electrically insulated properties help prevent short circuits, providing an extra layer of protection for sensitive components.
👎 Cons
- While versatile, the 1.5mm thickness might not be ideal for all specific gaps between components, requiring careful measurement.
- The thermal pad is designed to be cut to size, which adds an extra step to the installation process.
- Specific data regarding the durability or lifespan of the thermal pad under sustained high temperatures is not provided.
- The product details do not specify the range of operating temperatures it can withstand without degradation.
- Although it has double-sided adhesive, the strength of the adhesive might vary depending on surface textures.