Lowest Oil-leaking Thermal Gap Pad for Diminishing Potential

Among the markets, you’ll find hundreds of suppliers for Thermal Interface Materials (abbv. as TIM below). But here’s the question, what’s the reason why our customers would choose us, SinoGuide, out of our competitors? Today, we’d like to talk about one key technical point solely, that is, Silicone Oil-leaking.

Generally, most TIMs are composed of silicone oils but not all of them have strong molecular connections with alumina powders and other compositions. In ambient conditions, though, it will still have issues of oil-leaking during storage period, which is worse under more harsh conditions, as you can possibly imagine.

Why should we firstly mention about this? Let’s see how it would impact on your designs and applications as following.

Contaminate the PCBs and cause Short-Circuit failure upon electronic components with high risks
Especially for those silicon-sensitive components, it’ll be a disaster for structure designs
In LEDs & some optical instrument, siloxane will evaporate then condense into oil liquids on the light source and lens, which will lower the light output performance gradually

Fortunately we draw you up here to get know about this. With years by years, this problem is still out there in the market. Now you gonna forget about this eventually as we’re going to present our adequate solutions for you and it’s been widely qualified by our big customer portfolios in multiple industries, for your assurance. Here is the one, TCP110U.

Here’s the comparison pictures with similar type sample from one famous supplier in the market so you can have a more clear picture of our innovations and devotions.

In the meantime, we did some Outgassing test by 3^rd party laboratory – SGS/CTI and the results for TML & CVCM is way much under the standards (TML≤1%; CVCM≤1%. In compliant with ASTM E595 test standards). Reports can be provided if any support in need. Look forward to be your technical partner and help you out.