Rhyton High-Performance Silicone-Free Thermal Pads Escort for Electronic Equipment
There are three common polymer materials as the matrix in thermally conductive materials, namely silicone, polyurethane and acrylic resin. The most commonly used ones at present are composite materials based on silicone materials.
Silicone thermal pads, the most widely used type of thermal pads have the thermal properties of silicone materials. However, they also have a disadvantage: silicone oil precipitates that under continuous pressure and heat, small siloxane molecules will precipitate, which can cause being attached to the device. That will affect the performance of the product to a certain extent, which cannot be used in some specific situations (such as optical equipment, hard drives, high-definition cameras, etc.).
Rhyton HiPad4000SF
HiPad4000SF is a silicone-free thermal pad material based on thermoplastic resin, whose thermal conductivity can reach 4W/m·K, and long-term use temperature can reach 125℃.
Since not contain small molecules of silicone oil, it will not release or volatilize siloxane components during the working process. Therefore, unlike traditional thermal pads that will leak out silicone oil invading electronic devices after long-term use. It is more suitable for applications that are sensitive to siloxane small molecules. And it will not cause pollution to the environment and equipment that has stable performance and can maintain good thermal conductivity at high temperatures.
Characteristic:
Contains no silicone ingredients, no silicone volatilization or silicone oil leakage
Excellent thermal conductivity: 4W/m·K
Have soft texture and high compressibility
Available in various thickness specifications and able to be customized.
Applications
New energy vehicles
Optical communication
Optical devices, optical lenses
Other silicon-sensitive devices
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本文由玄子转载自Rhyton Official Website,原文标题为:Rhyton high-performance silicone-free thermal pads escort for electronic equipment,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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