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Metal wire mesh cylinders and filter cartridges
A metal wire mesh filter tube, also known as a wire mesh cylinder or wire mesh filter cartridge, is fabricated from single-layer or multi-layer woven metal wire mesh.
It is designed for reliable filtration and screening in demanding industrial environments where mechanical strength, permeability and corrosion resistance are required.
These wire mesh filter tubes are widely used in petrochemical processing, chemical fiber production, pharmaceutical filtration, food and beverage processing, construction equipment, machinery manufacturing and military applications, serving as liquid filters, gas filters or solid particle separation components.
Material Options
Stainless Steel: 304, 304L, 316, 316L, 430, 321, 310S, UNS S31803, UNS S32750
Copper Alloys: Pure copper, brass, phosphor bronze
Nickel Alloys: Monel, Nichrome, Hastelloy, Inconel
Other Materials: Titanium, pure nickel, FeCrAl
The most commonly selected option is the stainless steel wire mesh filter tube, due to its balanced corrosion resistance, mechanical strength and cost efficiency.
End Design & Structure
Wire mesh filter tubes can be manufactured with different end configurations according to installation requirements:
Both ends open
One end open, one end closed
Welded with flange
Welded with threaded connection
Fully customized designs based on drawings or specifications
Layer Structure
Single-layer wire mesh filter tube
Double-layer spot-welded or sintered filter tube
Multi-layer spot-welded or sintered filter tube
Layer selection and mesh specification can be tailored to filtration accuracy, pressure resistance and service life requirements.
Packaging & Delivery
Products are packed with plastic bags and cartons or wooden cases, or according to customer requirements.
We support air express and sea freight, offering flexible logistics solutions for global customers.
As a professional wire mesh filter tube manufacturer and supplier, we provide stable quality, reasonable pricing and responsive technical support for customized orders and long-term cooperation.
FAQ
Q1: What is the difference between a metal wire mesh filter tube, cylinder, and filter cartridge?
A metal wire mesh filter tube is often referred to as a wire mesh cylinder or wire mesh filter cartridge in industrial filtration applications. The naming difference usually depends on installation method and industry usage, while the core structure and filtration function remain the same.
Q2: What materials are commonly used for metal wire mesh filter tubes?
Metal wire mesh filter tubes are commonly manufactured from stainless steel, copper alloys, nickel alloys, titanium, or pure nickel. Material selection depends on filtration media, operating temperature, corrosion resistance requirements, and service life.
Q3: Can metal wire mesh filter tubes be customized in size and structure?
Yes. Wire mesh filter tubes can be customized in diameter, length, mesh specification, layer structure, and end design such as open ends, closed ends, flange welding, or threaded connections to meet specific project requirements.
Metal wire mesh cylinders and filter cartridges
A metal wire mesh filter tube, also known as a wire mesh cylinder or wire mesh filter cartridge, is fabricated from single-layer or multi-layer woven metal wire mesh.
It is designed for reliable filtration and screening in demanding industrial environments where mechanical strength, permeability and corrosion resistance are required.
These wire mesh filter tubes are widely used in petrochemical processing, chemical fiber production, pharmaceutical filtration, food and beverage processing, construction equipment, machinery manufacturing and military applications, serving as liquid filters, gas filters or solid particle separation components.
Material Options
Stainless Steel: 304, 304L, 316, 316L, 430, 321, 310S, UNS S31803, UNS S32750
Copper Alloys: Pure copper, brass, phosphor bronze
Nickel Alloys: Monel, Nichrome, Hastelloy, Inconel
Other Materials: Titanium, pure nickel, FeCrAl
The most commonly selected option is the stainless steel wire mesh filter tube, due to its balanced corrosion resistance, mechanical strength and cost efficiency.
End Design & Structure
Wire mesh filter tubes can be manufactured with different end configurations according to installation requirements:
Both ends open
One end open, one end closed
Welded with flange
Welded with threaded connection
Fully customized designs based on drawings or specifications
Layer Structure
Single-layer wire mesh filter tube
Double-layer spot-welded or sintered filter tube
Multi-layer spot-welded or sintered filter tube
Layer selection and mesh specification can be tailored to filtration accuracy, pressure resistance and service life requirements.
Packaging & Delivery
Products are packed with plastic bags and cartons or wooden cases, or according to customer requirements.
We support air express and sea freight, offering flexible logistics solutions for global customers.
As a professional wire mesh filter tube manufacturer and supplier, we provide stable quality, reasonable pricing and responsive technical support for customized orders and long-term cooperation.
FAQ
Q1: What is the difference between a metal wire mesh filter tube, cylinder, and filter cartridge?
A metal wire mesh filter tube is often referred to as a wire mesh cylinder or wire mesh filter cartridge in industrial filtration applications. The naming difference usually depends on installation method and industry usage, while the core structure and filtration function remain the same.
Q2: What materials are commonly used for metal wire mesh filter tubes?
Metal wire mesh filter tubes are commonly manufactured from stainless steel, copper alloys, nickel alloys, titanium, or pure nickel. Material selection depends on filtration media, operating temperature, corrosion resistance requirements, and service life.
Q3: Can metal wire mesh filter tubes be customized in size and structure?
Yes. Wire mesh filter tubes can be customized in diameter, length, mesh specification, layer structure, and end design such as open ends, closed ends, flange welding, or threaded connections to meet specific project requirements.
