Oil bleed is a serious problem in elastomeric thermal silicone conductive pads. The components of the oil bleed and the effect of the silicone chemical parameters on the amount of oil bleed have been determined. The main components of oil bl...

Thermal Pad Advantages and Disadvantages; You will definitely want to consider overall cost, material quality and your supply chain options as well when making the decision. ...

These thermally conductive products are designed to dissipate the heat out from the heat sources. This will protect the components and devices from overheating and thus prolong the operating life and enhance the performance...

Thermal Interface Materials are installed between a heat-generating device and a heat sink or chassis to facilitate heat transfer...

Sinoguide Technology developed high performance thermal pad is polymer-filled material. popularly applied on electronics, automotive and LED devices. As talking about the factors that affect the tensile strength of thermal pad, we should fir...

Nowadays, the thermal pad demands are in escalating steps on electronic devices application, and most of thermal pad from the market are silicone elastomer based...

During the application of thermal conductive pad, there is always bringing one big concern for the possible silicone outgassing. So,what is the silicone outgassing? Silicone Outgassing is the volatilization of gaseous species from the therm...

Effective heat management is a must for practically any electronic device or application. Numerous solutions are available that meet the requirements of today’s innovative applications....

Brief Introduction of Thermal Interface Materials on Medical Electronics Application: Sinoguide Technology developed TCP series thermal interface materials (TIMs) fulfill specific application requirements within the broad range of electronic modules and systems incorporated in medical imaging and other medical electronics systems. ...

As brief view on the product portfolio of Sinoguide Technology, the highly-compressible thermal interface materials (TIMs) reduce contact thermal resistance between rough surfaces in extremely thin spaces....