What is Silicone Free Thermal Gel
Silicone is easily evaporated, leading to outgassing and equipment contamination. GALLOP INNOTEK silicone-free thermal gel is a type of thermal interface material that does not contain silicone. It can prevent the risk of silicone evaporation, thereby maintaining the stability of the thermal conductivity function, and is resistant to hardening, cracking, or particle generation. You can use the silicone-free thermal in automotive electronics, optical equipment, and medical devices, which have a strict requirement for cleanliness and stability.
Advantages of Silicone Free Thermal Gel
No-Silicone: There exist silicone ingredients in thermal silicone gel or thermal grease, which means it may cause silicone migration in long-term use. Silicone oil will diffuse into the gaps along the component surface, leading to device failures such as poor contact and reduced efficiency. GALLOP INNOTEK silicone-free thermal gel is completely free of silicone, avoiding issues caused by silicone evaporating or leaching.
High Thermal Conductivity: Although the silicone-free thermal gel is free of silicone, it still maintains excellent thermal conductivity performance. GALLOP INNOTEK silicone-free thermal gel features a soft and fluid consistency, making it completely fill in the tiny gaps. It can reduce the contact thermal resistance, efficiently transfer heat from chips or power modules to the heat sink or metal cover.
Easy to Install: GALLOP INNOTEK silicone-free thermal gel offers flexible application methods. It can be applied by hand and also used through automated dispensing equipment, meeting the diverse requirements of production lines. Compared to a thermal pad, the silicone-free thermal gel requires no precise cutting or forming, thereby saving production setup time. When it needs repair or replacement, the gel is easy to clean, reducing your maintenance costs.
Safety ＆ Stability: GALLOP INNOTEK silicone-free thermal gel possesses flame retardance and conforms to UL94 V-0. And the harmful substances are controlled in the production process, you can feel confident using it. Additionally, the characteristic of no-silicone is helpful in reducing pollution and your waste disposal costs. Silicone-free thermal gel exhibits good stability for prolonged use, maintaining stable performance even in high- and low-temperature cycling environments.
Compatibility: Due to its complete silicone-free composition, GALLOP INNOTEK silicone-free thermal gel exhibits good compatibility with various materials and components, without causing chemical reactions or corrosion issues. It can adhere to and adapt to the surfaces of plastic, metal, ceramics, glass, and other common electric components. Regardless of the materials your project uses, the silicone-free thermal gel is always a good choice.
- Good thermal conductivity: 3.0W/m.K
- Good insulation, no siloxane volatilization
- Easily dispensable, fully-cured / no pump out
- Low thermal impedance
- Ultra-low compression force
- High tack surface and reworkable
- Cost-saving solutions
- Good thermal conductivity: 5.0W/m.K
- Good insulation, no siloxane volatilization
- Easily dispensable, fully-cured / no pump out
- Low thermal impedance
- Ultra-low compression force
- High tack surface and reworkable
- Cost-saving solutions
- Good thermal conductivity: 8.0W/m.K
- Good insulation, no siloxane volatilization
- Easily dispensable, fully-cured / no pump out
- Low thermal impedance
- Ultra-low compression force
- High tack surface and reworkable
- Cost-saving solutions
Applications of Silicone Free Thermal Gel
Automotive Electronics
Electronic control units and sensors of vehicles need highly efficient conductivity and have strict requirements for the stability and cleanliness of thermal materials. GALLOP INNOTEK silicone-free thermal gel prevents electric components from being damaged by silicone pollution, decreasing the effectiveness of the driving assistance function. It can be used between batteries and cooling plates, maintaining normal thermal conductivity while improving service life.
Consumer Electronics
The heat dissipation system of consumer electronics, such as mobile phones and tablets, is typically designed for a tight space. Silicone-free thermal gel can fill the tiny gaps, keeping the equipment clean and tidy. When the chip or GPU operates under a continuous high load, GALLOP INNOTEK silicone-free thermal gel ensures that heat is transferred quickly, thereby avoiding performance damage.
Medical Devices
In the medical industry, any material residue or pollution can impact the performance of devices, even harming patient safety. GALLOP INNOTEK silicone-free thermal gel is more popular for use in medical devices. It reduces the risk of silicone evaporation or corrosion, thereby maintaining stable thermal conduction performance over the long term. If you have a strict requirement, such as for medical devices, silicone-free thermal gel can meet it.
Industrial
High-power equipment, such as 5G base stations, industrial controllers, and frequency inverters, usually works continuously. Silicone-free thermal gel has high fluidity and can fill irregular gaps; it remains soft in harsh environments, including high temperature, wet change, and others.
The GALLOP INNOTEK silicone free thermal gel can be repeated construction, but better not to reuse. Because there may adhesive some dust or other contaminants on the material, impacting normal performances and stability. If you need repair or re-install, use fresh gel after cleaning to maintain best functions.
GALLOP INNOTEK silicone free thermal gel generally has insulation features, and does not conduct electricity. It is safe to use for circuit boards, chips, and other electrical components. But you should take notice that different types of fillers have different features, some high thermal conductivity fillers use metal materials, and may possess conductivity function.
