Product Description

The TVapor chamber module consists of a vacuum-sealed metal cavity made of high thermal conductivity materials, filled with a working fluid. When heated, the fluid evaporates rapidly and condenses in cooler areas, enabling efficient phase-change-based heat spreading. The module can be customized in size, thickness, and thermal performance, and can be integrated with fans or other cooling elements.

Product Features

• Ultra-high thermal conductivity for rapid heat transfer

• Low thermal resistance and excellent temperature uniformity

• Slim and lightweight design for compact spaces

• High reliability and long lifespan

• Customizable to meet customer requirements

• Compatible with fan or heatsink integration

Product Functions

• Effectively reduces operating temperatures

• Eliminates hot spots for improved system stability

• Supports heat dissipation of high-power chips

• Extends the lifespan of electronic components

• Reduces system noise (when used with fans)

• Enhances overall thermal architecture

Application Fields

• 5G communication equipment

• High-performance computing servers (HPC)

• GPUs and graphic accelerator cards

• Laptops and ultra-thin devices

• Electric vehicle control units (ECU)

• Medical electronic equipment

• Industrial automation systems

• High-brightness LED lighting systems

Product FAQ

Q1: What is the working principle of a vapor chamber module?
A: It uses phase change—evaporation and condensation—of a working fluid inside a vacuum chamber to rapidly spread heat from hot areas to cooler regions.

Q2: Is the TVapor Chamber Module suitable for high-power chips?
A: Yes, it is specifically designed for high-power density components and can efficiently manage heat for CPUs, GPUs, and ASICs.

Q3: Can the module be customized?
A: Absolutely. We offer full customization including size, thickness, mounting options, and thermal performance parameters.

Q4: How is it different from a traditional heatsink?
A: Traditional heatsinks rely on conduction only, while vapor chambers use phase change and offer much faster and more uniform heat spreading.

Q5: Does the TVapor Chamber require maintenance?
A: No, it is a sealed passive component with no moving parts, requiring no maintenance during its lifespan.

Q6: What environments is the module best suited for?
A: It’s perfect for compact devices with high heat flux such as laptops, base stations, and smart automotive electronics.