heat pipe
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Aluminum vapor chamber heat pipe
This technology is based on a flat heat pipe structure made of aluminum and enables efficient heat distribution at high power density. Depending on the design, it is also known by the following names: Flat heat pipes/micro-port extrusion (MPE)/thin planar heat pipes (heat spreaders)/micro flat aluminum heat pipe arrays Micro multi-channel flat heat pipes/flat micro heat pipe arrays Flat miniature heat pipes with micro capillary grooves
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Heat transfer occurs purely passively via natural convection. The cooling medium circulates independently and completely without a mechanical pump. The closed circuit consists of four central components:an evaporator with an optimized boiling structure/a riser pipe/a condenser/and a downpipe.
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3DVC radiator is a Micro channel flat heat pipe extended from the vapor chamber, connected to form a 3D vacuum body, and the fins are welded between the flat heat pipes.
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Copper heat pipe heat sink is sealed enclosure with vacuum condition inside. It occurs two-phase cooling thermal transition phenomenon though evaporation and condensation cycle.
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Exploring the Wonders of Heat Pipes: A Cool Solution for Modern Tech
Discover how heat pipes are revolutionizing thermal management in technology and industry.
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Hyper-G Overload Test: PHP Stability Under Extremes
Hyper-G Overload Test: PHP Stability Under Extremes
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Our Thermal Management Breakthrough: Aluminum Vapor Chamber (ALVC)
Our Thermal Management Breakthrough: Aluminum Vapor Chamber (ALVC)/Micro Multi-Channel Flat Heat Pipes/Flat Micro Heat Pipe Arrays
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Gravity-Defying Thermal Tech: Pulsating Heat Pipe (PHP).
Gravity-Defying Thermal Tech: Pulsating Heat Pipe (PHP). Tired of bulky, pump-reliant cooling systems for high-heat applications? Look no further. ALVC’s PHP packs a microchannel structure and optimized working fluid —no external power, no moving parts, just passive, self-sustaining cooling. Here’s how it works: ✅ Heat hits the pipe → fluid vaporizes, building pressure to drive self-circulation. ✅ Vapor reaches the cold end → condenses back to liquid, repeat the cycle. ✅ Non-stop, high-efficiency cooling. Engineered for the toughest environments, this solution is a game-changer for aerospace, defense electronics (including VPX systems), and space-constrained, high-heat scenarios. When performance can’t afford to overheat—PHP delivers
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E-mail : riken@alvcfactory.com
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