Country:
Currency: $

Arctic Cooling High Performance MX-2 Thermal Compound

MX-2 30g High Performance Thermal Compound [19 in stock]
$20.49
 
MX-2 4g High Performance Thermal Compound [184 in stock]
$4.84
 

High Performance Thermal Compound for the Enthusiast

The Arctic Cooling MX-2 is a high thermal conductivity and low thermal resistance compound for components that require optimum thermal dissipation. It is ideally suited for use in CPU, GPU cooling and other applications between power semiconductor components and heat sinks where thermal conductivity is a major factor.

Features

  1. High Thermal Conductivity
  2. Low Thermal Resistance
  3. Non-Electrical Conductive
  4. Non-Capacitive
  5. Non-Curing
  6. Non-Corrosive
  7. No Bleeding
  8. Odourless

Safe to apply anywhere

Since the MX-2 does not contain any metal particles, there are no problems regarding electrical conductivity or capacitance. Unlike other silver and copper compounds, MX-2 ensures that contact to electrical traces, pins and leads cannot result in any damage.

Durability

With MX-2 no curing and no bleeding of the compound is possible. In contrast to other products, this compound does not show decreasing performance over time and therefore does not need to be reapplied. It is also durable for at least 8 years.


Specifications

 MX-2 30gMX-2 4g
Density3.96 g/ cm3
Viscosity850 poise
Net Weight30 gram 4 gram
Warranty24 months
EAN barcode0872767002227 0872767002081

Customer Reviews

MX-2 30g x

There are currently no reviews for this product.

MX-2 4g x

There are currently no reviews for this product.



 
MasterCard SecureCode MasterCard MasterCard MasterCard MasterCard MasterCard Verified by Visa
Internet Shopping Is Safe - Accredited Retailer 30 day money back guarantee  2 year warrantyInternet Delivery Is Safe - Accredited Retailer

There are currently 67 users browsing the website (1 logged in and 66 guests).

Have you seen an error on this page? Please click here to let us know.
All prices exclude import tax. © 2000-2012 Quiet PC LLP. Click here for terms and conditions