4 different types of industrial pipe filter housings

Industrial Pipe Filter Housing Designed for Protecting Downstream Equipment

Industrial pipe filter housing is an efficient filtration device installed in pipeline systems, specifically designed to intercept particulate impurities in the media and protect the normal operation of downstream equipment. It features a compact structure and strong durability, and is suitable for the filtration of various liquids, gases, or steam. It is widely used in industries such as chemical engineering, petroleum, pharmaceuticals, and food. Regular cleaning of the filter mesh or replacement of the filter element can effectively extend the equipment's lifespan and improve system operating efficiency.

  • Specification
  • Videos
Specification
  • A mesh type filter housing on a gray background

    Mesh Type Filter Housing

  • A basket type filter housing on a gray background

    Basket Type Filter Housing

  • Ae tube filter housing on a white background

    Tube Filter Housing

  • A y-type filter housing on a gray background

    Y-Type Filter Housing

  • A magnetic fluid filter housing on a gray background

    Magnetic Fluid Filter Housing

  • A mechanical filter housing on a gray background

    Mechanical Filter Housing

  • A vent housing on a gray background

    Vent Housing

Mesh Type Filter Housing

A mesh type filter housing on a gray background
  • Mesh type filter housing is a larger pipe filter. The filtration area of the mesh is 2–3 times than the area of pipe diameter. It is suitable for the material with the highest content of impurities and the high flux.
  • Mesh type filter housing using multiple polishing process ensures that the surface Ra reaching 0.6 μm up to the sanitary grade requirement. The filter surface is mirror polished.
  • Filter housing can use eyebolt connection or quick-open connection, which is convenient for operation, economical and practical.

Specification

Annotated mesh type filter housing drawing
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Table 1: Mesh Type Filter Housing Parameters
Material
Shell 304, 316L, Duplex SS, Titanium, Hastelloy
Vent/Drain Valve 304, 316L
Eyebolt 304
O-ring EPDM, PTFE, Viton, Silione
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 140 °C
Connection
Connection of shell Tri-clamp, flange (eyebolt)
In-outlet N1, N2 Flange, tri-clamp, thread
N3 Vent valve (option) 3/4" male thread
N4 Drain valve (option) 1" male thread
Dimension Parameters
Model 1 basket
In-outlet 2" In-outlet 3" In-outlet 4" In-outlet 5"
A: Total height (mm) 500 580 670 830
B: The distance from inlet to center (mm) 230 260 300
C:Shell diameter (mm) φ6" φ10" φ14"
D: The height from in-outlet (N1, N2) to ground (mm) 300 360 430 560
E: The height from drain valve (N4) to ground (mm) 60
Note: The dimension parameters data is the standard, it can customize according to customer's requirements.

Basket Type Filter Housing

A basket type filter housing on a gray background
  • Basket type filter housing is a improved small basket strainer which can remove a small amount of solid particles in the liquid, and protect compressor, pump, instruments and other equipment to work normally.
  • Basket type filter housing adopts multiple polishing processing steps to ensure that the interface Ra reaches to 0.6 μm up to sanitary grade. All of the surface is mirror polished.
  • Filter housing shell can use eyebolt connection or quick-open connection, easy to operate, economical and practical.
  • Small size filter housings install an adjusting screw nut at the bottom of the leg to adjust the height of the filter, making it easy to use.

Specification

Annotated basket type filter housing drawing
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Table 2: Basket Type Filter Housing Parameters
Material
Shell 304, 316L, Duplex SS, Titanium, Hastelloy
Vent valve 304, 316L
Eyebolt 304
O-ring EPDM, PTFE, Viton, Silione
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 150 °C
Connection
Connection of shell Flange (eyebolt)
In-outlet N1, N2 Tri-clamp
N3 Vent valve (option) 1.5" tri-clamp
Dimension Parameters
Model 1 basket
16 Filter basket 25 Filter basket 40 Filter basket
A: Total height (mm) 800 1040 1170
B: The distance from inlet to center (mm) 200 235 250
C: Shell diameter (mm) φ300 φ350 φ400
D1: The height from inlet to ground (mm) 600 800 900
D2: The height from outlet to ground (mm) 250 300 300
In-outlet N1, N2 size 1.5"/2"/2.5"
Note: The dimension parameters data is the standard, it can customize according to customer's requirements.

Tube Filter Housing

A tube filter housing on a white background
  • Tube filter housing is an improved small tube strainer which can remove a small amount of solid particles in the liquid, and protect compressor, pump, instruments and other equipment to work normally.
  • Tube filter housing adopts multiple polishing processing steps to ensure that the interlace Ra reach to 0.4 μm close to sanitary level. All of the surface is mirror polished.
  • Filter housing adopts quick connection, easy to handle, economical and practical.

Specification

Annotated tube filter housing drawing
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Table 3: Tube Filter Housing Parameters
Material
Shell 304, 316L, Duplex SS, Titanium, Hastelloy
Tube cartridge 304, 306L
O-ring EPDM, PTFE, Viton, Silione
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 150 °C
Connection
Connection of shell Tri-clamp
In-outlet N1, N2 2"/2.5"/3" tri-clamp
Dimension Parameters
Model A: Total height (mm) B: The distance from inlet to center (mm) C: Shell diameter (mm) D: Inlet N1 to filter cover height (mm) E: The diameter of the filter screen (mm) F: The length of the filter screen (mm)
In-outlet 2" 46 Cartridge 621 89 φ101.6 100 φ76 554
48 Cartridge 833 766
56 Cartridge 621 φ129 φ100 554
58 Cartridge 833 766
In-outlet 2.5" 46 Cartridge 621 108 φ101.6 100 φ76 554
48 Cartridge 833 766
56 Cartridge 621 φ129 φ100 554
58 Cartridge 833 766
In-outlet 3" 56 Cartridge 621 127 φ129 100 φ100 554
58 Cartridge 833 766
Note: The dimension parameters data is the standard, it can customize according to customer's requirements.

Y-Type Filter Housing

A y-type filter housing on a gray background
  • Y-type filter housing is an improved small tube strainer which can remove a small amount of solid particles in the liquid, also can protect compressor, pump, instruments and other equipment to work successfully.
  • With reasonable design, Y-type filter housing features no dead corner, low resistance and easy drainage.
  • Filter housing adopts multiple polishing processing steps to ensure that the interface Ra reach to 0.4 μm close to sanitary level. All of the surface is mirror polished.
  • Filter housing adopts quick connection, easy to handle, economical and practical.

Specification

Annotated y-type filter housing drawing
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Table 4: Y-Type Filter Housing Parameters
Material
Shell 304, 316L, Duplex SS, Titanium, Hastelloy
Tube cartridge 304, 316L
O-ring EPDM, PTFE, Viton, Silione
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 150 °C
Connection
Connection of shell Tri-clamp
In-outlet N1, N2 2"/2.5"/3" tri-clamp
Dimension Parameters
Model In-outlet
1" 1.5" 2" 2.5" 3"
A: Total height (mm) 185 240 300
B: The distance from inlet to center (mm) 220 275 325
C: Shell diameter (mm) φ76 φ101.6 φ129
E: The diameter of the filter screen (mm) φ50 φ76 φ100
F: The length of the filter screen (mm) 135 180 225
Note: The dimension parameters data is the standard, it can customize according to customer's requirements.

Magnetic Fluid Filter Housing

A magnetic fluid filter housing on a gray background
  • Magnetic fluid filter housing is applied to fluid, semi fluid and other different viscous fluid materials, to remove the iron impurities and other ferromagnetic particles and keep the material clean. Besides, it also protects the downstream production equipment.
  • Magnetic fluid filter housing uses multiple polishing processing to ensure the interface Ra reach to 0.6 μm close to sanitary level. All of the surface is mirror polished.
  • Using flange, quick-open, eyebolt plate or quick release clamp makes install, take out and clean magnetic component easily.
  • Reasonable structure design can ensure the best de-ferrous effect while not hindering the flow of the material.

Specification

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Table 5: Magnetic Fluid Filter Housing Parameters
Material
Shell 304, 316L, Duplex SS, Titanium, Hastelloy
O-ring EPDM, PTFE, Viton, Silione
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 150 °C
Connection
Connection of shell Tri-clamp (0.6 Mpa), flange (quick release clamp, 1.0 Mpa)
In-outlet N1, N2 Flange, tri-clamp, thread
Dimension Parameters
Qty. of magnet Shell diameter (mm) In-outlet N1, N2 size Magnetic bar
Diameter (mm) Length
1 φ50 1"/1.5" φ20 6"/8"/10"
4, 5 φ114 1"/1.5"/2"/2.5"
6, 7 φ159 1.5"/2"/2.5"/3"
9 φ190 2"/2.5"/3"/4"
Note:
  • The diameter of in-outlet under 3" using quick-open, 3" and 4" using flange.
  • The dimension parameters data is the standard, it can customize according to customer's requirements.

Mechanical Filter Housing

A mechanical filter housing on a gray background
  • Mechanical (carbon, sand) filter housing is an important part for the early pre-tretment process of pure water preparation and water purification system. It is suitable for industrial or domestic water in mining enterprises and urban water supply treatment, where the filtered effluent turbidity generally within 5 mg/L and meets the drinking water quality standards. It has good remove effect for suspended solids in industrial sewage. The colloidal particles that cannot be removed by sedimentation due to their coagulated flake-like structure in the water can be removed by passing the water through the filter bed inside the filter, making the water transparent.
  • Mechanical filter housing uses multiple polishing processing to ensure the interface Ra reach to 0.6 μm close to sanitary level. All of the surfaces mirror polished.
  • The equipment features low cost, low operating cost and easy management.
  • The reasonable structural design allows the filter media to be backwashed and reused multiple times, ensuring a long service life and excellent filtration performance, while occupying a small area.

Specification

Annotated mechanical filter housing drawing
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Table 6: Mechanical Filter Housing Parameters
Material
Shell 304, 316L, Duplex SS, Titanium, Hastelloy
Stabilizer blade, sling 304
Connect pipe 304
O-ring EPDM, PTFE, Viton, Silione
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 120 °C
The filter shell adopts ATM (pressure test with full water)
Connection
In-outlet N1, N2 1/2" flange, tri-clamp, thread
Pressure gauge connection N3, N4 1.5" thread
Vent valve connection N5 1/4" thread
Sight glass connection N6 Flange
Manhole N7 Flange
Packing hand hole N8 Flange
Dimension Parameters
C: Shell diameter (mm) A: Total height (mm) B: The distance from inlet to center (mm) D: The height from packing hand hole to ground (mm) Equipment output (T/h)
φ600 2350 1500 1200 1.4–2.8
φ800 2.5–5.0
φ1000 2600 4.0–8.0
φ1200 5.5–11
φ1400 2800 1800 1200 7.5–15
φ1600 10–20
φ1800 2800 1800 1200 13–25
φ2000 16–30
φ2500 3000 2000 1200 25–49
φ3000 35–70
φ3200 40–80
Note: The dimension parameters data is the standard, it can customize according to customer's requirements.

Vent Housing

A vent housing on a gray background
  • The sanitary vent housing is designed and manufactured for the purpose of sterilization when exchanging gas for pharmaceutical and food containers. It can automatically regulate the pressure inside the tank and balance the pressure difference between the inside and outside of the container.
  • The filter housing is made of stainless steel 316L or 304, and the inner wall is electrolytic mirror polished or mechanical polished, easy to clean without dead corner.
  • PTFE filter cartridge filters bacteria efficiently and keeps the tank clean and aseptic.
  • The filter element has uniform, stable mesh openings and low gas resistance.
  • The precision of gas filtration is 0.1 μm, reaching 99.99% and meeting the requirements of GMP aseptic level.
  • Interface with quick open type (clamp), tank with 304 or 316L, the inner surface of the mirror polishing Ra ≤ 0.28 μm – 0.6 μm, the outer surface can be polished according to customers requirement.

Specification

Annotated vent housing drawing
Table 7: Vent Housing Parameters
Material
Housing 304, 316L, Duplex SS, Titanium, Hastelloy
Cartridge PTFE, PP, Sintered screens
O-ring EPDM, PTFE, FKM Silicone
Operating Conditions
Max. operating pressure (Mpa) 0.6 Mpa, 1.0 Mpa
Max operating temperature (°C) 150 °C
Connection
Cup and bowl Clamp
Inlet and outlet Clamp, flange, screw
Dimension Parameters
Size 2.5" 5" 10"
A: Diameter (mm) 76 89 102 76 89 102 76 89 102
B: Height (mm) 130 194 320
C: Connection(mm) 50.5 50.5/64 64/77.5
Note: The dimension parameters data is the standard, it can customize according to customer's requirements.
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