Fluorinated liquid paired with a cleaning machine

Core Competitive Advantages of the Portfolio

1. Outstanding penetration and stain-removal performance

Fluorinated liquids exhibit low surface tension and excellent fluidity, enabling them to penetrate micron‑scale gaps, blind holes, and microporous structures within components. They rapidly dissolve and remove stubborn contaminants such as oils, flux residues, dust, and ionic pollutants, delivering thorough cleaning with no dead zones and addressing the persistent challenge of cleaning precision parts.

 

2. Integrated washing and dehydration

Leveraging its density greater than water and its immiscibility with water, it can rapidly displace moisture from the workpiece surface and within crevices, simultaneously completing both cleaning and dehydration in a single step, thereby eliminating the need for a secondary drying process and enhancing production efficiency.

 

3. Gentle on the substrate, no damage

It exhibits extremely high chemical inertness, showing no reaction with metals, plastics, rubber, optical coatings, or electronic packaging materials; the cleaning process is free from corrosion, swelling, or whitening. It also evaporates rapidly and… Zero residue , it does not leave water marks or blemishes, ensuring that the workpiece retains its original performance and appearance.

 

4. Safety, Environmental Protection, and Compliance

The product is non‑flammable and non‑explosive, ensuring safer handling and storage; with an ODP of 0 and a low GWP, it meets global environmental regulations and represents an ideal upgrade over conventional toxic solvents.

 

5. Compatible devices for cyclical use

When paired with a dual-solvent cleaning system, the distillation recovery unit enables fluorinated fluids to be distilled, regenerated, and recycled, resulting in low consumption, extended service life, and significant reductions in consumable costs and overall operational expenses.

 

Main application scenarios

Widely used for cleaning electronic components such as semiconductor wafers, PCBs, chip packages, and connectors; optical lenses, camera lenses, and display panels; precision mechanical parts including bearings, gears, and cutting tools; as well as high‑standard cleaning of medical precision instruments, sensors, and aerospace‑grade precision components, fully meeting the stringent cleanliness requirements of diverse industries.