| Type: | Lenticular Filter Housing |
|---|---|
| Usage: | Environmental Protection, Chemical Industry, Food Industry |
| Motive Force: | Pressure |
| Style: | Lenticular Filter Housing |
| Performance: | Efficient Filtration |
| Certification: | CE |
| Samples: |
|---|
| Customization: |
|---|
Suppliers with verified business licenses
Audited Supplier LENO lenticular filter housing is a type of filtration system that utilizes a stack of lenticular filter modules to remove particulate contaminants from liquids. Here's a breakdown of how lenticular filter housing works:
1. Housing design: A lenticular filter housing consists of a cylindrical vessel with an inlet and an outlet for the flow of the
liquid to be filtered. The housing is typically made of stainless steel or other durable materials and is designed to withstand the operating conditions, including pressure and temperature.
2.Lenticular filter modules: Lenticular filter modules are stacked inside the housing. Each module consists of a series of stacked discs or filter elements. These elements are typically made of pleated filter media, such as cellulose, activated carbon, or other materials suitable for the filtration application.
3.Fluid flow: The liquid to be filtered enters the lenticular filter housing through the inlet port. It flows through the space between the stacked lenticular filter modules. The modules are designed to ensure uniform flow distribution across the filter elements.
4.Filtration process: As the fluid passes through the lenticular filter modules, particulate contaminants are captured and retained by the filter media. The filter media's construction and pleated design provide a large filtration surface area, enhancing particle capture and prolonging filter life.
5.Particle retention: The pleated filter media in the lenticular filter modules traps particles of various sizes, removing them from the fluid stream. The pore size and filtration efficiency of the filter media can be selected based on the specific requirements of the application.
6.Clean fluid collection: The filtered liquid continues to flow through the lenticular filter modules, leaving behind the
captured particulate contaminants. The clean fluid then exits the housing through the outlet port.
7.Maintenance and replacement: Over time, the filter media in the lenticular filter modules can become saturated or clogged with captured particles. When this occurs, the housing is typically shut down, and the filter modules are removed for cleaning or replacement. The frequency of maintenance or replacement depends on factors such as the type and concentration of contaminant in the fluid.
|
material
|
SS304 or SS316L
|
|||
|
Capacity
|
0-10T/H (Customized)
|
|||
|
Working Pressure
|
0-6bar(Customized)
|
|||
|
working Temperature
|
0-80 celsuis degree(Customized)
|
|||
|
Design pressure
|
10bar
|
|||
|
cartridges micron
|
0.45micron-100micron
|
|||
|
Gasket
|
EPDM
|
PTFE
|
VITON
|
SILICON
|
|
PARTS DETAILS
|
1.Inlet outlet Clamp type
|
|||
|
2.drain valve
|
||||
|
3.exhaust valve
|
||||
|
4.pressure gage
|
||||
|
5.Adjustable Legs
|
||||
|
Technical Parameters
|
||||
|
Model
|
stacks
|
Cells
|
Diameter/Capacity
|
|
|
12"(0.45um)
|
16"(0.45um)
|
|||
|
LNF-1R
|
1
|
16cells
|
0-500L/H
|
500-1000L/H
|
|
LNT-2R
|
2
|
16cells
|
500-1500L/H
|
1500-2000L/H
|
|
LNT-3R
|
3
|
16cells
|
2000-2500L/H
|
2500-3000L/H
|
|
LNT-4R
|
4
|
16cells
|
3000-3500L/H
|
3500-4000L/H
|
|
We can customize the equipment according to customer requirements.
|
||||
){kind=link}