Thermal pad ARCTIC TP-2 APT2560 Performance 290x290 mm 1 mm

The ARCTIC TP-2 (APT2560) Performance Thermal Pad, sized 290 x 290 mm with a thickness of 1 mm, creates an efficient thermal interface between heat sinks and electronic components. Made from a silicon-based compound and presented in blue, the pad is designed to fill uneven surface topography, air gaps and rough textures to improve heat transfer and support reliable thermal management.

Advantages

The silicon-based material offers higher thermal performance than generic pads, remaining flexible and adaptive to surface irregularities. Its 1 mm thickness and large sheet dimensions make it suitable for covering broad areas or multiple components, while the soft, conformable nature of the pad allows it to perform effectively even under low-pressure mounting conditions.

Suitable for

• Bridging gaps between heat sinks and PCBs or components
• Thermal coupling for power transistors, MOSFETs and voltage regulators
• Cooling of memory modules, chipsets and other electronic assemblies
• Custom thermal solutions requiring large-area pads or cut-to-size pieces

Key specifications

• Manufacturer: Arctic
• Model: TP-2 (APT2560)
• Dimensions: 290 x 290 mm
• Thickness: 1 mm
• Material base: silicon-based thermal pad
• Colour: Blue
• MPN: ACTPD00018A
• EAN: 4895213702317

How to use

Cut the thermal pad to the required shape and size with a clean, sharp tool. Clean both mating surfaces of dust, grease and old thermal material before application. Place the pad between the heat sink and the component, ensuring full contact with both surfaces and avoiding trapped air. Assemble the cooling solution with even pressure to allow the pad to conform to surface irregularities.

Usage recommendations

For optimal results, ensure mating surfaces are clean and flat where possible; avoid excessive mechanical stress or shear when fitting. Store unused portions flat in a cool, dry place away from direct sunlight. Replace the pad if it becomes damaged, contaminated or compressed beyond recovery.