In accordance with the European Union’s General Data Protection Regulation (GDPR), we are committed to safeguarding and ensuring your control over your personal data. By clicking “Accept All” you are permitting us to use cookies to enhance your browsing experience, assist us in analyzing website performance and usage, and deliver relevant marketing content. You can manage your cookie settings below. By clicking “Confirm” you are agreeing to the current settings.
Vapor Chamber
- Two-dimensional surface propagation
- Passive component
- High stability
Its function and working principle are the same as that of a heat pipe, which operates in a cyclic manner by evaporating and condensing an active fluid enclosed in a plate-like chamber. It is a high performance heat conduction device that can quickly transfer the local heat source to a large area of the plate.
A vapor chamber, sometimes called a flat heat pipe, uses a flat format of two-phase cooling with high heat transfer capability. For electronic cooling applications, the heat energy transfer is usually done on a heat sink very close to the heat source; making the vapor chamber assembly ideal for diffusing high heat density or heat load over a larger surface. By using a vapor chamber, you can expect increased and more uniform heat dispersion, which is ideal for optimizing the performance of the heat sink.The use of vapor chamber has increased significantly because the total power and the resulting power density have increased dramatically as a result of the reduced chip size. In terms of price and application flexibility, today's vapor chambers are more capable and less costly than they were a decade ago.
-
Working theorem
The working theory of vapor chamber is same as heat pipe. The only difference is the way of thermal conduction - vapor chamber is two-dimensional thermal conduction. Therefore, it is a more efficient heat dissipation way for solve higher level thermal problem. The inside of vapor chamber is a capillary structure vacuum chamber. After the working fluid absorbs the heat, it will vaporize rapidly and flow to cooling zone. When it exchanged heat with the external, it will condense back to fluid and flow back to heat zone. This is the circulation of vapor chamber. -
Recommended specifications
Different industries will require different specifications, please contact us directly for the most suitable specifications.
Inquiry
Provide your inquiry details through T-global website; our product consultants you ASAP.
Project discussion
Mechanical design of products, related demands confirmation, model description, location/sizes/wattage of the heat source.
Offer thermal solution plans
Product consultants offer total thermal solutions.
Progress tracking
Convenient progress tracking to ensure customer's goals achieved on time.