M2/M3/M5 Pure Copper Double Pass Hexagonal Studs Internal Thread Hollow Support Isolation Column for Computer Motherboard

Our Pure Copper Double Pass Hexagonal Studs are professional-grade support and isolation columns engineered specifically for computer motherboards, electronic devices, and precision equipment. Crafted from high-purity copper, these internal thread hollow studs offer exceptional thermal conductivity, electrical conductivity, and corrosion resistance—critical for protecting sensitive components like PC motherboards from overheating, short circuits, and mechanical damage.

 

Designed with a double pass hexagonal shape, these studs provide a secure, easy-to-install mounting solution, allowing for stable support and precise isolation between the motherboard and other hardware components. The internal thread design enables seamless compatibility with screws (M2, M3, M5 sizes available), ensuring a tight, adjustable fit that accommodates various motherboard layouts and installation requirements. The hollow structure reduces overall weight while maintaining structural integrity, making them ideal for compact electronic devices where space and weight are key considerations.

 

Available in three essential sizes—M2, M3, and M5—these copper studs cater to a wide range of computer and electronic applications, including PC motherboard assembly, server hardware, industrial control panels, and precision electronic equipment. The pure copper construction not only enhances heat dissipation (a vital feature for high-performance motherboards) but also provides excellent electrical grounding, protecting components from electrostatic discharge and voltage fluctuations.

 

Suitable for both professional technicians and DIY PC builders, these hexagonal studs are easy to install and remove, ensuring efficient assembly and maintenance. Whether you’re building a custom PC, repairing a motherboard, or assembling electronic equipment, these pure copper support isolation columns deliver reliable performance, durability, and the thermal/electrical protection that sensitive components demand.