Filtration is an essential part of industrial processes where clean air, gases, liquids, oils, and other process fluids are required for reliable production. Industrial filtration systems help remove particles, sediments, contaminants, and unwanted substances while protecting equipment, maintaining process quality, and reducing maintenance requirements.
Mers Global provides filtration solutions for a wide range of industrial process applications, including liquid filtration, air and gas filtration, hydraulic and oil filtration, dust collection, and compressed air treatment. Filter selection can be adapted according to fluid characteristics, particle size, flow rate, pressure, temperature, chemical compatibility, and required filtration efficiency.
Liquid filtration solutions include Basket Filters, Bag Filters, cartridge filters, and Filter Housings. Different cartridge technologies such as Melt Blown (Spun) Cartridge Filters, String Wound Cartridge Filters, Micron Membrane Cartridge Filters, Pleated Cartridge Filters, and High Flow Cartridge Filters can be selected according to the application. Washable and stainless steel washable cartridge filters provide reusable filtration options for suitable processes.
For industrial air and gas applications, filtration systems help remove dust, particles, oil aerosols, and other contaminants from process air and gases. Dust collection cartridge filters and Dust Collection Bag Filters are suitable for processes generating airborne dust, while specialized filter media can be selected for high-temperature, chemical, antistatic, or demanding applications.
Hydraulic and oil filters help maintain fluid cleanliness and protect pumps, valves, bearings, and other precision components from contamination. Regular filter inspection and replacement are important for maintaining stable flow and filtration performance.
Mers Global offers standard and application-specific industrial process filters. Existing filter dimensions, part numbers, technical drawings, flow requirements, or operating conditions can be used to determine a suitable filtration solution for different industrial processes.
