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ALVC Aluminum Vapor Chamber
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ALVC Aluminum Vapor Chamber

ALVC Aluminum Vapor Chamber

High-efficiency two-phase vapor chamber heat spreaders with lightweight aluminum construction. Designed for GPU, CPU, IGBT power electronics, and energy storage systems.

The ALVC Aluminum Vapor Chamber combines the extreme thermal conductivity of two-phase systems (5,000 to 10,000 W/(m·K)) with the ultra-low weight of aerospace-grade aluminum.

Compared to conventional copper vapor chambers, ALVC technology reduces weight by up to 60% with comparable heat spreading performance. This makes it the premier choice for automotive electronics, aerospace payloads, and high-density computing racks.

Technical Specifications & Performance

Technology
Two-phase Aluminum Vapor Chamber (AVC)
Effective Thermal Conductivity
5,000 to 10,000 W/(m·K) (approx. 25x better than solid copper)
Weight Reduction
Up to 60% lighter than traditional copper vapor chambers
Manufacturing Process
Precision aluminum extrusion with Friction Stir Welding (FSW) seals
Working Medium
Eco-compatible fluids or high-purity acetone under high vacuum
Leak Testing
100% Inline Helium Mass Spectrometry Leak Detection
Target Markets
Automotive, E-Mobility, Data Centers, HPC, Aerospace

Standard Profiles

Part NameThickness
[mm]
Width
[mm]
Recommend Length [mm]Min. Bending Radius (inner)Qmax [W]
MinMaxLongitudinalPlanarHoriz.Vert.
WW-T1.5W501.550150300R3—5~10~25
WW-T2.0W302.03070300R4R153~8~20
WW-T2.0W402.04070300R4—5~10~30
WW-T2.0W51.82.051.870300R4—7~15~45
WW-T2.0W602.06070300R4—8~15~50
WW-T2.0W99.52.099.570500R4—20~50~100
WW-T2.5W502.55070300R5—10~20~60
WW-T2.5W852.58570300R5—50~120~120
WW-T3.0W303.03070300R6R3030~80~150
WW-T3.0W403.04070300R6—30~100~200
WW-T3.0W503.05070300R6—30~100~250
WW-T3.0W953.09570400R6—30~120~350
WW-T3.0W1043.010470400R6—40~150~400