Plates and Skives – Alpine Thermal

Snap Fit In + Pipe

The Snap Fit In + Pipe is a precision-engineered, quick-connect component designed to simplify and accelerate installation in custom heating and cooling systems. It combines a snap-fit connection interface with integrated copper or aluminum tubing, providing a secure, leak-tight joint without the need for brazing, welding, or specialized tools. This innovation is ideal for modular [...]

Skived Fin

Skived fins are mechanically cut and raised from a solid metal base (typically copper or aluminium) without bonding or soldering, creating a metallic bond for superior thermal conductivity. Key Features • Integral fin-base construction (no thermal interface resistance) • High fin density (fins as thin as 0.1 mm) • Material flexibility – copper or aluminium [...]

Profile & Heat Pipe Assembly

Combines extruded thermal profiles (typically aluminium) with embedded heat pipes to enhance thermal conductivity and transfer heat rapidly over distance with minimal temperature gradient – ideal for compact and lightweight high-performance systems. Manufacturing Techniques Aluminium profile extrusion, groove machining or friction bonding, heat-pipe fabrication and conditioning, anodising or surface coating, final assembly and QA. Applications [...]

Liquid Cooled Plate

The Liquid Cold Plate is a high-efficiency thermal management component designed to transfer heat from electronic components or heat-generating surfaces into a circulating liquid coolant (water, glycol or dielectric fluid). Each plate is custom-engineered to match specific performance, dimensional and fluid interface requirements for HVAC, refrigeration, power electronics and industrial applications. Key Features • Custom [...]

Insert Heat Pipes

Passive, high-efficiency heat transfer device that can be embedded directly into components or assemblies – offering rapid heat transport over distance with minimal temperature gradient. Key Features • Passive high-capacity heat transport (via phase-change) • Custom form factors (diameter, length, bends) • Material and fluid flexibility – copper, stainless steel or aluminium • Insertable or [...]