ALSEYE T9+ Thermal Compound Paste for All Coolers, 13W High-Performance Heat Sink Paste Grey Silicone Grease Insulation Thermal Compound CPU

Price: ₹875 - ₹825.00
(as of Sep 23, 2024 20:39:18 UTC – Details)

The T9+ thermal paste is a high-performance thermal grease with 13W/mK thermal conductivity. Composed of carbon micro-particles which lead to an extremely high thermal conductivity, Low Thermal Resistance, Non-corrosive, Insulation, Easy to use. It can be used for a wide range of applications, especially for CPU, GPU, and Chipset.

SPECIFICATIONS:

Product Name: ALSEYE T9+ Thermal Grease
Thermal Conductivity:>13W/m.k
Thermal Resistance:<0.0025°C-inch/W
Specific Gravity:2.6g/cm³@25°C
Electrical Conductivity: No
Stock: 3 year

FEATURES:

Color : Gray
Volume: 1.2ml
Specific Gravity: 2.6g/cubic meter at 25 centigreat
Viscosity: 12500
Thixotropic Index: 280+/-10
Moment Beared Temperature: -50~340c
Operation Temperature: -30~280c
Accessory: Shovel

【High Thermal Conduction 】This paste thermal conductivity up to 13W, be working in a harsh environment with the intelligent factor Compatible with CPU, GPU, and other chipsets. Born for gaming CPU Cooler Fans and the LAN partyers who pursuit for acme.
【Stability and reliability】：Smaller thermal resistance of the thermal paste, more stable the high thermal conductivity. The thermal resistance of ALSEEE T9+ thermal paste less than 0.0025, Your radiator can maintain efficient heat dissipation performance stably.
【Safe Application】: The compound is formulated with thermally conductive filler particles and optimized silicone polymers to help improve the performance of high-end circuitry systems, electrical conductivity would not be an issue.
【Easy to Use】:The T9+ Heat Sink Paste is Non-corrosive, very easy to apply even for beginners, Material remains stable after the container is opened; viscosity will not change over time, Can be used multiple times.
【Invironmenta】: The practical packaging bag of our thermal compound helps us to reduce the environmental impact of packaging materials by about 40% and thereby save resources.