Introduction
FILTERS FROM WIRE MESH PERMEABLE MATERIAL (WMPM)
Designed for performance and reliability in critical applications and harsh environments.
Design philosophy:
Filter medium is made of compressed Wire Mesh Permeable Material (WMPM).The WMPM material manufactured by cold plastic deformation (no welding or brazing). This creates a wire mesh whose porous system is "open in all directions" and provides the required mechanical, physical, and hydrodynamic parameters, unlike the traditional wedge wire filters.
This design feature results in large working filtration surface area in small volume which reduces size of the unit and significantly increases time between cleaning cycles. Only several external layers utilized during filtration for the filter element design for back wash operation (not a volumetric filter).
Filtration quality from 30 μm to 600 μm
Process temperature from - 76°F to + 1500 °F
Max. Δp across filter element up to 360 PSI
Max. Allowable Working Pressure up to 29,000 PSI
Applications:
High temperature applications
Corrosive fluids and gases
Mechanical and thermal shock; vibration
Mechanical and hydraulic impact on filter element
Spikes in flow rates, pressure and contaminant properties
Increased duration between replacement or cleaning.
Industries:
Oil and gas industry
Automotive
Mining
Power Generation
Aero and space
Shipbuilding, ballast water filtration
Railway transport
Sea water filtration
Municipal
Designed for performance and reliability in critical applications and harsh environments.
Design philosophy:
Filter medium is made of compressed Wire Mesh Permeable Material (WMPM).The WMPM material manufactured by cold plastic deformation (no welding or brazing). This creates a wire mesh whose porous system is "open in all directions" and provides the required mechanical, physical, and hydrodynamic parameters, unlike the traditional wedge wire filters.
This design feature results in large working filtration surface area in small volume which reduces size of the unit and significantly increases time between cleaning cycles. Only several external layers utilized during filtration for the filter element design for back wash operation (not a volumetric filter).
Filtration quality from 30 μm to 600 μm
Process temperature from - 76°F to + 1500 °F
Max. Δp across filter element up to 360 PSI
Max. Allowable Working Pressure up to 29,000 PSI
Applications:
High temperature applications
Corrosive fluids and gases
Mechanical and thermal shock; vibration
Mechanical and hydraulic impact on filter element
Spikes in flow rates, pressure and contaminant properties
Increased duration between replacement or cleaning.
Industries:
Oil and gas industry
Automotive
Mining
Power Generation
Aero and space
Shipbuilding, ballast water filtration
Railway transport
Sea water filtration
Municipal
Contact Info
Address:
5535 Netleaf Garden
Katy
Texas 77494
United States
Katy
Texas 77494
United States
Tel:
Sales:(832)236-2816, Support:(
Website:
http://www.inventecheng.com
Offering
- Wire Mesh micron Filters
- Mesophase carbon material
- Thermoplastic polymers
Hours of operation
| From | To | From | To | From | To | ||
|---|---|---|---|---|---|---|---|
| Monday | Open | 8:00 am | 8:00 pm | ||||
| Tuesday | Open | 8:00 am | 8:00 pm | ||||
| Wednesday | Open | 8:00 am | 8:00 pm | ||||
| Thursday | Open | 8:00 am | 8:00 pm | ||||
| Friday | Open | 8:00 am | 8:00 pm | ||||
| Saturday | Open | 8:00 am | 8:00 pm | ||||
| Sunday | Open | 8:00 am | 8:00 pm | ||||
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