- Contact Person : Mr. Ji James
- Company Name : Beijing Tri-High Membrane Technology Co., Ltd.
- Tel : 86-10-82890811
- Fax : 86-10-62843557
- Address : Beijing,Beijing,A808, No. 9, 3rd Street, Shangdi, Haidian District
- Country/Region : China
- Zip : 100085
uf membrane module (8 inch)
Related Product Searches:uf membrane module (8 inch),High Quality ultrafiltration membrane module,ultrafiltration membrane module TRIPURE TRIGA XL-PVC
Tri-High Membrane Technology Co. is a professional manufacturer of UF capillary membrane for water and waste re-use. The UF membrane is produced through cooperating with BERGHOF of Germany, as a brand of Tripure. It is unique due to its V shape pore structure, high flux rates and excellent permeatquality.
MODULE TYPE: TRIPURE TRIGA XL -PVC
MODULE MATERIAL: UPVC
MEMBRANE INNER DIAMETER: 0.8 mm
MAIN APPLICATIONS
Ground water Drinking water Industrial waste water Surface water RO petreatment Tertiary effluentSea water Process water Municipal waste waterBASIC CHARACTERISTICS
Berghof TRIPURE products are based on PS UF hollow fiber membranes. The good hydrophilicity and low pore size ensures an excellent permeate quality under economic conditions. The TRIPURE module program is based on standard dimensions and connections. The TRIPURE module program supplies the optimal module design for small, medium, and large UF-systems. The use of the TRIPURE module ensures a compact system design with reduced investment costs.
MODULE DATA - DIMENSIONS
Parameter [unit] \ Module Type | TRIPURE TRIGA XL-PVC |
Membrane Area [m²] | 41.5 |
Module Length [mm] | 1,527 |
Outer Diameter of Module [mm] | 200 (8“) |
Inner Diameter of Membrane [mm] | 0.8 |
Module Material | UPVC |
Diameter of central pipe | Ø42.6/50 |
MODULE DATA – PROCESS CHARACTERISTICS
Parameter [unit] \ Module Type | TRIPURE TRIGA XL-PVC |
Feed – Permeate Differential Pressure [kPa] | -300...+ 300 |
Feed Volume [m³/h] Cross Flow Velocity v [m/s] | 23.3× v |
Volume of Concentrate [l] | 29.0 |
Volume of Permeate [l] | 9.9 |
Pressure, max. [kPa]* (At denoted temperature) | 500 (25°C) |
Temperature, max. [°C]* (At denoted pressure) | 50°C (150 kPa) |
* The maximum values of the used membranes for pressure and temperature must not be exceeded.
To avoid damages, do not expose the membrane module or membrane element to a sudden temperature change, particularly to a decreasing shock.
Bring the module or membrane element down to the surrounding temperature slowly (typical value 1°C/min).
