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Arctic MX-2 4g thermal compound
Arctic

Arctic MX-2

Thermal PasteView on arctic.de

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Manufacturer: Arctic Last updated: 2026-09-11

Arctic MX-2 (Carbon-Based/Non-Conductive/Budget Legacy Compound) Review

MX-2 is Arctic's older, budget-tier carbon-based compound, largely superseded in Arctic's own lineup by MX-4 and MX-6 but still sold as a discounted, entry-level option for cost-sensitive builds.

Arctic does not prominently publish a precise current W/mK figure for MX-2 on modern spec listings; older product literature cited a figure around 5.6 W/mK, placing it below MX-4's officially rated 8.5 W/mK. MX-2 uses the same carbon-based category as its MX-4 and MX-6 successors, keeping the compound non-conductive and non-capacitive. The paste has a workable consistency suited to standard spreading methods, similar in application approach to MX-4 but at a lower price point. MX-2 remains non-conductive and non-capacitive, carrying no short-circuit risk from standard application. Arctic does not publish a specific reapplication interval for MX-2; as a legacy budget product, buyers should apply typical multi-year paste durability expectations cautiously and verify current documentation. Against Arctic MX-4 also in this catalog, MX-2 sits clearly below it in both price and rated conductivity, making MX-4 the better all-around choice unless MX-2's lower price is the deciding factor.

Thermal Performance and Conductivity

Arctic does not prominently publish a precise current W/mK figure for MX-2 on modern spec listings; older product literature cited a figure around 5.6 W/mK, placing it below MX-4's officially rated 8.5 W/mK.

Compound Type and Composition

MX-2 uses the same carbon-based category as its MX-4 and MX-6 successors, keeping the compound non-conductive and non-capacitive.

Application and Consistency

The paste has a workable consistency suited to standard spreading methods, similar in application approach to MX-4 but at a lower price point.

Electrical Safety

MX-2 remains non-conductive and non-capacitive, carrying no short-circuit risk from standard application.

Longevity and Pump-Out Resistance

Arctic does not publish a specific reapplication interval for MX-2; as a legacy budget product, buyers should apply typical multi-year paste durability expectations cautiously and verify current documentation.

Comparison to Sibling Products

Against Arctic MX-4 also in this catalog, MX-2 sits clearly below it in both price and rated conductivity, making MX-4 the better all-around choice unless MX-2's lower price is the deciding factor.

Specifications

Identity and form

BrandArctic
ModelArctic MX-2
Compound TypeCarbon-Based
Thermal Conductivity5.6 W/mK
Electrical ConductivityInsulating
Package Size4g, 30g, 65g
Recommended UseMainstream CPU/GPU
Reapplication IntervalNot consistently published
Safety NotesNone
Paste SegmentStandard Paste

Expert Review

Reviewed by Burooj Alam. Rated by us, not by users.

Best for

  • Cost-sensitive mainstream builds where a budget compound is the priority
  • Buyers replacing an existing MX-2 application with the same known product

Not for

  • Anyone who can afford MX-4's modest premium for better documented performance
  • High-end or overclocked builds needing stronger conductivity

FAQs

What are the key specifications of the Arctic MX-2 (Carbon-Based/Non-Conductive/Budget Legacy Compound)?

The Arctic MX-2 (Carbon-Based/Non-Conductive/Budget Legacy Compound) is a thermal paste from Arctic. Key specs: Compound Type Carbon-Based, Electrical Conductivity Non-Conductive, Package Size 4g, 30g, 65g, Recommended Use Mainstream CPU/GPU, Reapplication Interval Not consistently published.

Who is the Arctic MX-2 (Carbon-Based/Non-Conductive/Budget Legacy Compound) best suited to?

It suits cost-sensitive mainstream builds where a budget compound is the priority, buyers replacing an existing mx-2 application with the same known product.

What are the drawbacks of the Arctic MX-2 (Carbon-Based/Non-Conductive/Budget Legacy Compound)?

It is a poor fit for anyone who can afford mx-4's modest premium for better documented performance, high-end or overclocked builds needing stronger conductivity.

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