Thermal pad ARGO Standing 3 mm white — pack of 10

Thermal pad ARGO Standing 3 mm white — pack of 10 is a pre-cut thermal interface solution designed to improve heat transfer between electronic components and heatsinks or chassis. With a thickness of 3 mm and an elastic, conformable structure, this ARGO thermal pad fills air gaps and irregular surfaces to promote efficient thermal conduction. Supplied as a pack of 10, it is intended for use in assemblies where reliable heat dissipation is required without permanent adhesive bonding.

Advantages

The thermal pad offers consistent thickness and mechanical compliance to accommodate uneven surfaces and maintain thermal contact under vibration or thermal cycling. Its soft, white material provides good surface conformity and reduces the need for precision machining of mating parts. Packaged in groups of 10 pieces, it enables quick replacement or deployment across multiple assemblies while minimizing handling and cutting waste.

Suitable for

• Electrical power supplies and converters that require gap filling between components and heatsinks
• LED modules and lighting fixtures to transfer heat from LEDs to metal housings
• Industrial control units and drives where compact thermal paths are needed
• Consumer electronics and small appliances with limited space for conventional thermal grease or pads

Key specifications

• Material form: soft, conformable thermal interface pad
• Thickness: 3 mm
• Color: white
• Pack quantity: 10 pieces
• Function: gap filling and thermal conduction between components and heatsinks

How to use

Clean the mating surfaces to remove dust, oils, and residues before application. Cut the pad to the required shape and size if necessary, then position it between the heat-generating component and the heatsink or chassis. Apply uniform gentle pressure to ensure intimate contact; the material will conform to surface irregularities. If repeated removal is anticipated, avoid using excessive adhesive and handle the pad by edges to keep contact surfaces clean.

Usage recommendations

Use the thermal pad where a non-permanent, compliant thermal interface is preferred. Avoid excessive compression beyond recommended thickness to prevent loss of thermal contact. For high-power applications, verify thermal performance under real operating conditions and consider combining with appropriate heatsink sizing or active cooling if required.