Heatpipe Streacom ST-HP6-4300 dritti — 6 heatpipe, design dritto

Streacom ST-HP6-4300 straight heatpipes are a set of six straight heatpipes engineered for thermal conduction in PC cooling assemblies. Designed for integration with compatible coolers or custom heatsinks, these heatpipes conduct heat away from processors, chipsets or other heat-generating components to improve dissipation within compact and full-size cooling solutions. The straight design simplifies alignment in linear heat-sink stacks and custom cooling builds.

Advantages

The six straight heatpipes provide multiple thermal paths to distribute heat evenly across a heatsink surface, increasing effective cooling area. Their uniform, straight form factor enables straightforward installation in linear or stacked radiator configurations and allows consistent contact with mating fins or blocks. Made from conductive materials suitable for standard PC cooling applications, they offer predictable thermal performance when paired with appropriate base plates or heat spreaders.

Suitable for

• Replacement of damaged or worn heatpipes in compatible CPU or chipset coolers
• Custom heatsink fabrication and DIY cooling projects
• Small-form-factor and full-tower systems requiring multiple heat-transfer lines
• Modular cooling assemblies where straight pipe geometry eases alignment

Key specifications

• Quantity: six heatpipes
• Geometry: straight, linear design
• Function: passive heat conduction for PC cooling assemblies
• Compatibility: intended for integration with compatible coolers, heat spreaders or custom heatsinks
• Typical applications: CPU, chipset, and other component heat dissipation in desktop systems

How to use

Measure the required length and diameter for your cooler or heatsink assembly and verify mechanical compatibility before installation. Insert the straight heatpipes into the fins, base plate or mounting channels according to the cooler manufacturer’s instructions or your custom design. Ensure firm, even contact with the heat source using appropriate thermal interface material on mating surfaces to maximize thermal transfer. Secure the heatsink assembly and test thermal performance under load to confirm correct operation.

Recommendations

Handle heatpipes carefully to avoid kinking or bending that could impair internal capillary structures. Use suitable thermal interface materials and follow the cooler or heatsink manufacturer’s guidance for spacing and fixation. For optimal results, combine these heatpipes with compatible fins and a properly sized base plate designed for straight heatpipe configurations.