Our specialty is creating custom heat sinks in sizes and styles to fit our customers’ unique needs. We offer value added features and options that ensure superior performance and longevity in nearly any thermal management application.
From DC/AC fan, diversified processes of heat sinks, to peripheral components such as heat-pipes, fan guards, and thermal pads. Pioneer Theraml Heat Sink is always well prepared to solve any cooling issues with our best passion for customers worldwide.
In the hot summer, many users have installed heat sinks for projectors. So, what measures should be taken for the projector heat sink, to let the projector effectively dissipate heat?
The finned heat pipe heat sink uses wide fins installed on the base pipe to achieve the effect of enhancing heat dissipation. The finned heat pipe heat sink is a high-efficiency radiator designed by Pioneer Thermal reliable welding process using seamless steel pipe as the most important and basic raw material.
Heat pipe heat sink thermal principle is that a transport mechanism to move heat from the hot source to an area where the heat can be dissipated.
Except computer server heat sink, camera also need heat sink. On the PCB board of camera, someone found an aluminum heat sink on the bottom of the PCB board, and a layer of insulating tape on the sensor.
The skived/skiving fin heat sink design concept is that the heat sink is all-in-one without affecting the heat sink coefficient due to welding, so that the heat dissipation can reach the highest value.
Pioneer Thermal specializing in custom heat sinks designing and manufacturing 18 years.Especially extrusion heat sink, now we'll introduction extrusion heat sink process.
For your own custom heat sink design, Pioneer Thermal engineers use latest CFD thermal analysis software to help you finalize from design beginning to final production, with our professional thermal performance evaluation for your custom heatsink design.
The heat sink has fins in its design that provide the necessary surface area to dissipate the heat. The fins act to cool the source of the heat and the heat sink itself. Consequently, the efficiency of the fins is an important aspect of the heat sink’s performance.
A heat sink is a traditional cooling solution that maximizes the surface area (using fins or pins) and airflow (using fans) to dissipate heat from the processor out into the surrounding air.
Electronic devices can generate a lot of heat. So, heatsinks play an important role in helping to cool them. You may be aware that aluminum is the most popular metal for heatsinks, but that copper is also sometimes used. You may also realize that copper has better heat conductivity.
Traditionally most heat sink manufacturers use one of two materials: copper or aluminum.
Most modern power electronics devices require controlled temperature environments, in order for them to function correctly. If the device overheats, the performance can be impacted, or in worst cases it fails and can become a safety hazard. The heat sink provides the pathway for heat to be efficiently transferred away from the device to the surroundings.
Heat sink compound is used to fill the gap between the CPU (central processing unit) or other heat generating components and the mechanical heat sink. The mechanical heat sink, a passive component made of a conductive metal, is placed over the CPU. Heat is drawn through the mechanical heat sink to its fins, where a fan blows air through to dissipate the excess heat.
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