Aluminum Vapor Chamber, is a high-efficiency thermal spreading solution specially optimized for PCBA cooling and high-power chip heat dissipation. Boasting an ultra-high effective thermal conductivity up to 10000 W/m·K, ALVC rapidly spreads concentrated heat generated by PCBA core chips to eliminate local hotspots and lower overall chip operating temperature steadily. For high-power density PCBA scenarios, 

ALVC Aluminum Vapor Chamber has become an ideal thermal management choice for industrial PCBA, server boards, communication circuit boards and high-power electronic PCBA cooling, balancing high heat dissipation efficiency, low thermal resistance, easy assembly and lightweight design in one solution.

Aluminum Vapor Chamber is a professional thermal conduction solution designed for display and monitor thermal management. By quickly conducting LED operating heat away from the light-emitting area, ALVC effectively lowers LED working temperature, greatly suppresses LED luminous decay, stabilizes brightness and color consistency, and significantly extends the service life of display LED components.

Made of full aluminum structure, ALVC features ultra-high thermal conductivity, low thermal resistance and perfect material compatibility with display metal middle frames. It enables easy lamination and bonding with the frame structure, simplifies assembly process, and fits perfectly into the ultra-thin, slim design trend of modern displays and monitors. Meanwhile, the lightweight aluminum construction avoids extra load on display housing structure.

Widely applied in commercial displays, advertising screens, smart monitors and industrial display panels, ALVC Aluminum Vapor Chamber becomes the optimal thermal solution to control LED temperature, reduce light decay and prolong display lifespan..

Aluminum Vapor Chamber is a professional thermal conduction solution designed for display and monitor thermal management. By quickly conducting LED operating heat away from the light-emitting area, ALVC effectively lowers LED working temperature, greatly suppresses LED luminous decay, stabilizes brightness and color consistency, and significantly extends the service life of display LED components.

Made of full aluminum structure, ALVC features ultra-high thermal conductivity, low thermal resistance and perfect material compatibility with display metal middle frames. It enables easy lamination and bonding with the frame structure, simplifies assembly process, and fits perfectly into the ultra-thin, slim design trend of modern displays and monitors. Meanwhile, the lightweight aluminum construction avoids extra load on display housing structure.

Widely applied in commercial displays, advertising screens, smart monitors and industrial display panels, ALVC Aluminum Vapor Chamber becomes the optimal thermal solution to control LED temperature, reduce light decay and prolong display lifespan..

ALVC (Aluminum Vapor Chamber) is a premium thermal solution dedicated to GPU cooler designs.

ALVC can be bent into a U-shape, with its base directly contacting the GPU core to minimize thermal resistance. Both sides of the U-shaped ALVC are welded with cooling fins to expand heat dissipation area, working efficiently with cooling fans for optimal thermal performance.

Compared with traditional copper heat pipes, ALVC provides larger heat transfer area, higher cooling efficiency, lighter weight and lower thermal resistance. It also features simple processing procedures and cost-effective manufacturing, making ALVC an ideal alternative for high-power GPU cooling systems.

ALVC (Aluminum Vapor Chamber) is an optimal thermal management solution specially designed for fanless industrial chassis cooling.

The industrial chassis is equipped with 6 pieces of built-in ALVC. Internal heat-generating components such as CPU, GPU and other high-power devices transfer heat efficiently to the chassis shell via ALVC. The aluminum alloy chassis then dissipates heat naturally into ambient air to realize fully fanless cooling.

Eliminating cooling fans greatly reduces operational noise and extends the service life of industrial equipment. It also minimizes regular maintenance needs for the chassis system. With low thermal resistance, excellent heat spreading capability and lightweight aluminum structure, ALVC perfectly fits high-reliability, silent and maintenance-free fanless industrial chassis applications.

Traditional communication base station heat sinks are mostly manufactured by die-casting with ADC12 aluminum alloy. Its thermal conductivity only ranges from 90 to 100 W/m·K, resulting in high thermal resistance and poor heat dissipation performance for base station heat management.

By replacing conventional die-cast fins with ALVC Aluminum Vapor Chamber, the thermal conductivity jumps up to 3000 W/m·K, nearly 30 times higher than standard ADC12 material. This upgrade boosts overall cooling efficiency by over 150%, delivering superior heat spreading capability for high-power communication base station equipment.

Thanks to ALVC’s hollow structure design, the total weight of the base station heat sink is reduced by more than 20%. It perfectly balances outstanding thermal performance, lightweight design and stable long-term operation, making ALVC an ideal upgraded solution for modern communication base station heat sink systems.

As battery-powered construction vehicles become mainstream, the built-in IGBT power modules operate at extremely high power levels. Traditional extruded aluminum heat sinks suffer from low heat transfer efficiency and bulky structure, weighing up to more than a dozen kilograms, which limits overall vehicle design and thermal stability.

Adopting innovative ALVC solution brings a comprehensive upgrade for construction vehicle IGBT heat sink. ALVC directly contacts the bottom of IGBT modules to rapidly conduct heat to stamped clamping fins. This design raises heat dissipation efficiency by 200%, reduces the heat sink volume by 50%, and cuts the overall weight down to only one-third of conventional aluminum cooling solutions.

With outstanding thermal conductivity, compact footprint and remarkable lightweight advantage, ALVC is perfectly tailored for high-power battery construction vehicles, serving as an ideal thermal management choice for heavy-duty IGBT cooling systems.

As battery-powered construction vehicles become mainstream, the built-in IGBT power modules operate at extremely high power levels. Traditional extruded aluminum heat sinks suffer from low heat transfer efficiency and bulky structure, weighing up to more than a dozen kilograms, which limits overall vehicle design and thermal stability.

Adopting innovative ALVC solution brings a comprehensive upgrade for construction vehicle IGBT heat sink. ALVC directly contacts the bottom of IGBT modules to rapidly conduct heat to stamped clamping fins. This design raises heat dissipation efficiency by 200%, reduces the heat sink volume by 50%, and cuts the overall weight down to only one-third of conventional aluminum cooling solutions.

With outstanding thermal conductivity, compact footprint and remarkable lightweight advantage, ALVC is perfectly tailored for high-power battery construction vehicles, serving as an ideal thermal management choice for heavy-duty IGBT cooling systems.

ALVC (Aluminum Vapor Chamber) is a revolutionary thermal management solution tailored for industrial inverter IGBT heat sink, addressing the core pain point limiting inverter miniaturization.

The size of industrial inverters has long been restricted by traditional heat sinks. Due to the limited heat dissipation efficiency of conventional extruded aluminum heat sinks, the heat generated by IGBT modules cannot be dissipated efficiently, making it impossible to reduce the heat sink size—and thus the overall inverter volume.

ALVC perfectly solves this challenge with its optimized inclined-angle design. Boasting an ultra-high thermal conductivity of up to 8000 W/m·K, ALVC is 40 times more thermally conductive than 6061 aluminum alloy. The significantly improved heat dissipation efficiency enables a substantial reduction in heat sink size and weight, breaking the size constraint of industrial inverters.

This innovative ALVC-based design represents a revolutionary advancement in the industrial inverter industry, combining exceptional thermal performance, compact size, and lightweight advantage to provide a reliable, efficient thermal solution for industrial inverter IGBT cooling systems.