Xiangyang Jingtu Anti corrosion Materials Co., Ltd
Delivering Innovation, Excellence, and Sustainable Solutions in Electrophoretic Coatings
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Product Description
| Membrane Chemistry | Special Composite Membrane Material |
| Membrane MWCO | 1,000 Daltons |
| Construction | Spiral wound element with glassfiber outer |
| Feed Spacer | F=31 mil, G=46 mil, H=65 mil, I=80 mil |
Specification
| Model | Effective Area | Flow Rate | Average Salt Rejection Range |
| SG-UX001-8040-F | 370 ft² | 5,400 gpd | 80%-95% |
| SG-UX001-8040-G | 270 ft² | 3,900 gpd | 80%-95% |
| SG-UX001-8040-H | 210 ft² | 3,000 gpd | 80%-95% |
| SG-UX001-8040-I | 189 ft² | 2,750 gpd | 80%-95% |
Rejection test conditions:2,000ppm MgSO4, 145.0psi, 25°C, pH8.0, 15% recovery, 30 minutes operation.
Flow rate test conditions: Pure water base on above conditions. Flow rate for individual element may vary +/-25%
Operation Specifications
| Typical Operating Pressure | 40-290 psi (3.0-20.0 bar) |
| Maximum Operating Pressure | 600 psi (41 bar) |
| Operating Temperature Range | 35-131°F (2-45ºC) |
| Maximum Turbidity | 2 NTU |
| Cleaning Temperature Range | 113-131°F (45-55ºC) |
| Allowable pH-Continuous Operation @25ºC | 2.0-11.0 |
| Allowable pH-CIP @25ºC | 1.8-11.5 |
| Chlorine Tolerance | <0.1 ppm |
| Maximum Feed Flow | 80 GPM (F);110 GPM(G);128 GPM (H);145 GPM(I) |
| Maximum Pressure Drop | 13 psi (0.9 bar) |
| Minimum Brine Flow/Permeate Flow Ratio | 5:1 |
| Maximum SDI ( 15 minutes) | 5 |
8040 drawing
| Model | A | B | C | |||
| SG-UX001-8040 | inches | (mm) | inches | (mm) | inches | (mm) |
| 40.0 | (1016) | 7.9 | (201) | 1.125 | (28.6) | |
Spiral Membrane Element Configuration
Main application
Surface water pretreat-ment, color/TOC reduction, and chemical purification.
We offer different dimensions, such as 1812/2520/2540/4040/8040 etc. Our membrane module has a compact design and an optimum surface area to volume ratio. The feed channel height can be varied by the thickness of the feed spacer material (from 13 to 120 mil). This design feature leads to excellent hydrodynamics in combination with low energy demand.