Gas & Vapors
Cleaner Air Through Reliable Vapor Extraction
Gases and vapors cause air pollution and health hazards in the workplace. Solvents are used in
analog and manual bonding processes, as well as in cleaning parts. Outgassing and evaporated
particles must be properly extracted.
AIR QUALITY PROTECTION
Why Gas & Vapor Extraction Matters
Gases and vapors cause air pollution and health hazards in the workplace. While solvents are barely used in bonding processes anymore, they are indispensable in cleaning injection molds, for example, removing incrustations. Outgassing and evaporated
particles occur in both processes.
The vapors during thermal processing of plastics, such as plastic injection molding, must be extracted. A single gram of activated carbon has a surface area exceeding 3,000 square meters. Our gas filtration systems leverage this extraordinary adsorption capacity to remove hazardous vapors, odors, and volatile organic compounds from process air.
Process and Emission
Automated Bonding Processes
Automated bonding in manufacturing generates gases and vapors that must be captured at the source. Our extraction systems integrate directly into automation lines for continuous protection.
Plastic Injection Molding Emissions
Thermal processing of plastics produces harmful vapors that must be extracted. Our systems handle the complex mixture of outgassing compounds generated during the injection molding process.
Solvent Fume Extraction
Solvents used in cleaning injection molds and removing incrustations produce hazardous fumes. High-capacity adsorption systems capture MEK, acetone, toluene, and other industrial solvents.
Plasma Surface Treatments
Plasma cutting and surface treatment processes generate gases and vapors requiring specialized extraction. Our systems handle the unique chemical compounds produced during plasma operations.
Battery Cell Production
Battery manufacturing involves hazardous chemical processes that release gases and vapors. Specialized filtration ensures operator safety and process integrity in battery production environments.
Carbon Media Selection is Critical
Different gases require different carbon types and impregnations. Using the wrong media means poor capture efficiency and wasted resources. Our engineers analyze your specific gas composition and recommend the optimal media type, bed depth, and service interval.
Highly porous carbon for VOCs
Highly porous carbon granules or pellets
Large Internal Surface area
Physically capture up to 20-50% of its own weight
Keep custom blends availabel for vomplex gas mixtures
Not Sure Which Extraction Solution You Need?
Send us a description of your process and the gases involved. We’ll recommend the
optimal filtration approach for your application.