Description of Superalloy Sintered Tube Filter
The Sintered Tube Filter is manufactured using CIP and sintering methods. It meets the specified requirements for tensile strength, pressure resistance, thermal resistance, corrosion resistance, initial pressure drop and permeability. Depending on the filter medium, an appropriate material is used to manufacture Sintered Tube Filters.
Superalloy Sintered Tube Filter Specifications
Product Name
|
Sintered Tube Filter
|
Dimensions of the seamless tube (outer diameter, wall thickness, length)
|
20×2×(30-300),
30×2×(50-500),
35×2×(50-1 000),
40×2×(50-1 000),
50×2.5×(50-1 500),
60×2.5×(100-2 000),
65×2.5×(100-2 000),
75×3×(100-1 800),
80×3×Length (customisable),
90×3.5×Length (customisable), etc.
|
Type of Interface
|
Threaded interface:
G1/2, G3/4, M20, M30, M36, M42, etc.
Filter element interface:
215, 220, 222, 226, Pressure Filter, etc.
Flanged interface
|
Different types of interfaces can be customised upon consultation.
Applications of Superalloy Sintered Tube Filters:
- Gas and liquid filtration
- Filtration and recirculation of solid catalysts
- Filtration of petrochemical products
- Purification of gas and smog
- Purification of dust and exhaust gases
- Aeration in water treatment
Example
Filter made of stainless steel
Operating Mode
|
Size of captured particles at 98% filtration efficiency
(µm)
|
Size of captured particles at 99.9% separation grade
(µm)
|
Permeability (10⁻¹² m²)
|
Relative gas permeability [m³/(h·kPa·m²)]
|
MPa
|
ADSG-3
|
3
|
5
|
0.18
|
≥18
|
3
|
ADSG-10
|
10
|
15
|
0.9
|
≥90
|
3
|
ADSG-20
|
25
|
35
|
4
|
≥400
|
3
|
ADSG-60
|
50
|
80
|
7.5
|
≥750
|
2.5
|
Note: The permeability values in the above examples refer to filters with a wall thickness of 2 mm.