Gas filter cores are suitable for natural gas, artificial gas, and other non-corrosive gases such as nitrogen, carbon dioxide, propane, and butane, for the separation of gas-liquid and liquid-solid mixtures. They are essential components of separation and purification equipment in gas gathering stations, compressor stations, distribution stations, pipeline cleaning stations, terminal stations, and various applications. These cores effectively filter debris and fragments from the pipeline walls to ensure the safe operation of gas transmission and equipment, meeting pipeline transportation requirements and users' quality standards for natural gas.
Self-designed and developed natural gas filter cores, with product specifications meeting international standards for gas transmission and distribution units.
The company is currently establishing a gas filter assembly, and will open gas filter core warehousing and distribution centers in various provinces in the future to facilitate quick and convenient purchases for customers.
Application:
Filters are primarily used for gas purification in natural gas purification plants, long-distance pipeline stations, urban gas transmission and distribution networks, and before the measurement of non-corrosive gases, among various other applications.
Key Parameters:
Working Pressure: 0.4 MPa, 1.6 MPa, 4.0 MPa, 6.4 MPa (Customizable above 6.4 MPa as per requirement)
Flanged Connection: ANSI 150/300/600 RF PN 16/40/63/100 RF
Operating Temperature: -10~+50℃
Filter Pore Size: 3μm, 5μm, 10μm, 20μm, 50μm, 100μm, 120μm, 140μm, etc.
Filter Efficiency: Removes 99.9% of particles 3μ and larger (depending on the selected filter core precision)
Applicable Media: Natural Gas, Artificial Gas, Liquefied Gas, and Other Non-Corrosive Gases
Design Specifications: ASME VIII Div. 1, GB150, EN13445
Structure Forms: Circular, Semi-circular
Filter Core Material: Polyester Fiber, Stainless Steel Wire Mesh
Features:
Low filtration resistance, high filtration flow rate, large dirt-holding capacity, and long service life. The fiber diameter and gap are adjustable during production. The filter core has a smaller inner layer and a larger outer layer of micropores, increasing flow rate and dirt-holding capacity, reducing clogging, and extending service life.
