F2 Generator – Safe On-Site Fluorine Generator Production
Generate electronic-grade fluorine directly next to your process — no hazardous transport, full process control.
• FLUOROSAFE™ does not classify as hazardous according to the Globally Harmonized System (GHS) and as a dangerous good under applicable transport regulations (authorized to all types of transportation, no storage limitation)
• Temperature-controlled start and stop of F2 generation offers full control on process parameters (pressure, volume…)
• Simple and automated interface requires basic training only
• Allows the blending of various concentrations of F2 from 0 to 100 %
• generates high purity F2 with low HF content
• Recyclability of FLUOROSAFE™
• Can also be used to trap F2 from process exhaust gases
The F2 Generator based on FLUOROSAFE™ allows safe and local production of fluorine gas, making it accessible where it was previously too complex or dangerous to use.
Thanks to a high-purity output, controlled dilution and a compact design, the F2 Generator is suitable for both laboratory-scale research and industrial process development.
• Microelectronics & Semiconductor Processes
The F2 Generator delivers electronic-grade fluorine for plasma etching, wafer cleaning and next-generation process development.
It can be used in R&D labs, pilot lines or small-scale industrial setups.
• Research & Laboratory Chemistry
With on-site fluorine generation, the F2 Generator enables TRL 1 to TRL 6 development, feasibility studies and experimental fluorination with full process control.
• Advanced Materials & Surface Treatments
Fluorinated coatings and gas-phase functionalization benefit from the F2 Generator’s precision and clean generation of reactive fluorine.
• Battery & Energy Storage Technologies
FLUOROSAFE™ and the F2 Generator support research on fluorinated intermediates and polymers for Li-ion, Na-ion and solid-state batteries.
• Chemical Processing
Avoiding cylinder transport and HF handling, the F2 Generator improves safety and flexibility for on-site fluorination in small and medium-scale operations.