About the product
Gaskets for use with 3M™ Liqui-Cel™ Membrane Contactors are used to seal the end cap to the housing. Proper replacement parts help ensure the right fit and help prevent leaks. Gasket material, size and other characteristics may vary by the type and size of membrane contactor being serviced.
Gaskets for use with 3M™ Liqui-Cel™ Membrane Contactors are used to seal the end cap to the housing. Proper replacement parts help ensure the right fit and help prevent leaks. Gasket material, size and other characteristics may vary by the type and size of membrane contactor being serviced.
Ensure that the right gaskets and correct number of gaskets for your product are ordered. Consult your 3M sales representative for assistance. Replacement gaskets are not available for all products.
* Cartridge change-out kits, other seals, tools and other parts, if required, are sold separately.
Note: Gasket material, size and other characteristics may vary. Ensure that the right gaskets are ordered for the membrane contactor being serviced. Please check with your 3M representative if you need assistance with gasket availability and proper selection.
The presence of dissolved gases, such as oxygen, carbon dioxide, nitrogen and other non-condensable gases can cause a number of difficulties. Process interruptions, yield loss, corrosion, surface defects, unreliable measurement readings, poor product quality, higher operating costs and equipment inefficiency are a few examples of challenges faced by various industries when dissolved gases and air bubbles are not consistently controlled.
The 3M™ Liqui-Cel™ Membrane Contactor product offering includes products made with various materials of construction and a wide-range of flow capacities to meet process and application requirements. Their modular nature makes them easy to incorporate into systems with lower weight and less space than other conventional technologies, such as vacuum towers or forced draft deaerators. 3M™ Liqui-Cel™ Membrane Contactors do not require chemicals in operation and can be an effective alternative to chemical treatment options, such as oxygen scavengers in boiler feedwater or caustic/acid in reverse osmosis (RO) and other deionization systems. This may be particularly advantageous for facilities that want to reduce on-site chemical use as part of their sustainability goals.
Applyinga vacuum or sweep gas creates a difference in the gas concentration levels between the inside (lumenside) and outside (shellside) of the hollow fiber membrane. This concentration difference is what drives rapid and efficient dissolved gas transfer.
Industries |
Industries
Manufacturing |
Brand |
Brand
Liqui-Cel™ |
Filter Technology |
Filter Technology
Membrane |
Filter Type |
Filter Type
Gas Exchange |
Product Series |
Product Series
EXF |