Low-temperature filters have several structures such as Y-type, T-type, U-type, and blue type.

『Product Description』 Low-temperature filters have several structures, such as type, type, type, blue type, etc. When the fluid enters the filter cartridge with a filter screen of a certain specification, the impurities are blocked, and the clean filtrate is discharged from the filter outlet when cleaning is required. At this time, you only need to take out the detachable filter cartridge, clean it and then reinstall it, so it is extremely convenient to use and maintain.
『Design Features』
The parts of the cryogenic filter that are in contact with the medium are subjected to strict cryogenic treatment in accordance with the requirements of the specification before finishing to ensure that the valve parts can fully withstand the expansion and contraction caused by temperature changes. The structure of the seat part will not cause permanent deformation due to temperature changes, and the chemical composition of the material and mechanical properties such as low-temperature impact toughness are strictly controlled.
『Application fields』
The cryogenic filter is suitable for the management system of cryogenic liquid storage and transportation equipment. All parts are cryogenically pretreated with liquid nitrogen. This product is widely used in Freon, propane, liquid natural gas, hexene, and carbon dioxide. , liquid ammonia, liquid oxygen, liquid nitrogen, liquid hydrogen, methane and other low-temperature media
"Please inform us when ordering"
Caliber, temperature, pressure, medium, filtration accuracy, connection method, material, flow rate and other parameters so that we can provide more accurate services .
『Corporate Philosophy』
Market the world with brand, create the future with technology, and win customers with service. Our goal
『General principles for filter selection』
, Inlet and outlet diameter:
In principle, the inlet and outlet diameter of the filter should not be smaller than the inlet diameter of the matching pump, which is generally consistent with the diameter of the inlet pipeline.
, Nominal pressure:
Determine the pressure level of the filter according to the highest possible pressure in the filter pipeline.
Selection of the number of holes:
The main consideration is that the particle size of the impurities to be intercepted is determined according to the process requirements of the media process. Check the filter specifications in the table below for the particle sizes that wire mesh of various specifications can intercept.