Electronic Fluorinated Liquids: An Innovative Choice for High-Performance Electronic Cooling and Insulation

1. The Core “Cleaning Expert” in Semiconductor Manufacturing

In semiconductor fabrication, fluorinated liquids are used to remove impurities and residues from wafer surfaces, ensuring a high level of cleanliness. This process plays a crucial role in improving the performance and yield rate of semiconductor devices. Electronic fluorinated liquids also perform exceptionally well in cleaning CCD and CMOS image sensors, optical components, and related modules.

Unlike some aggressive or corrosive cleaning agents, fluorinated liquids offer superior cleaning results while maintaining material integrity, making them ideal for precision manufacturing environments.

2. The “Liquid Cooling Revolution” in Data Centers

As computing power continues to increase in data centers, effective heat dissipation has become a major challenge. Immersion cooling technology using electronic fluorinated liquids allows servers to be directly submerged in the liquid, which quickly absorbs and transfers heat away from components. This significantly lowers operating temperatures and enhances energy efficiency.

Compared with traditional air-cooling systems, immersion cooling with fluorinated liquids reduces energy consumption and carbon emissions while improving equipment stability and lifespan.

In the field of new energy vehicles, electronic fluorinated liquids are also used for battery pack cooling, maintaining optimal operating temperatures and enhancing both safety and performance.

3. The “Reliable Guardian” in Insulation Applications

Stable electronic operation relies heavily on effective insulation. Electronic fluorinated liquids possess outstanding dielectric properties, allowing them to serve as insulating media that protect components from electromagnetic interference and damage.

In applications such as ultra-high-voltage transformers, electric vehicle battery packs, and energy storage systems, fluorinated liquids act as both insulating and cooling media, ensuring long-term stable performance.

During the dry etching process in semiconductor manufacturing, fluorinated liquids are also used as temperature-control fluids to maintain wafer temperature stability. This helps keep process temperatures within standard ranges, improves chip yield, and shortens R&D cycles.

In the electrical and electronic industries, fluorinated liquids are further applied as media for hermeticity testing and dielectric strength testing, ensuring the safe and reliable operation of critical equipment.