Specifications:
- Permeate Flow Rate: 10200 gallons per day
- Membrane Type: Polyamide Composite
- Applied Pressure: 110 psi
- Dimensions: 8" x 40"
- Chlorine Tolerance: 0 ppm
- Maximum Operating Temperature: 113° F
- Applications: Tap Water, Brackish Water, Well Water, Surface Water
Weight & Dimensions
Approx Length (Inches) | 40" |
Weight (lbs) | 36 |
Details
Active Area | 400 sq. ft. |
Average Nacl Rejection | 0.99 |
Chlorine Tolerance | 0 ppm |
Cleaning Ph Range | 1-12 |
Diameter | 8" |
Direction | Outside - In |
Feed Spacer Thickness | 28 mil |
Inlet Pressure | 110 PSI |
Material Of Construction | Cross-Linked Polyamide |
Max Feed Silt Density Index | 5 Silt Density Index |
Max Pressure Drop | 20 PSI Differential |
Max Pressure (Psi) | 365 |
Max Temp (°F) | 113 |
Membrane Type | Spiral Wound |
Permeate Tube Diameter | 1-1/2" |
Ph Range | 2-11 |
Flow Rate | 10,200 GPD |
Origin | USA |
The Toray TMG20-400 10200 gpd Brackish Water Membrane is designed to be used on water sources with low salinity (<2,000 ppm). They can be used in multiple membrane systems to treat, municipal, industrial, commercial or process water.
Specifications:
- Permeate Flow Rate: 10200 gallons per day
- Membrane Type: Polyamide Composite
- Applied Pressure: 110 psi
- Dimensions: 8" x 40"
- Chlorine Tolerance: 0 ppm
- Maximum Operating Temperature: 113° F
- Applications: Tap Water, Brackish Water, Well Water, Surface Water
Weight & Dimensions
Approx Length (Inches) | 40" |
Weight (lbs) | 36 |
Details
Active Area | 400 sq. ft. |
Average Nacl Rejection | 0.99 |
Chlorine Tolerance | 0 ppm |
Cleaning Ph Range | 1-12 |
Diameter | 8" |
Direction | Outside - In |
Feed Spacer Thickness | 28 mil |
Inlet Pressure | 110 PSI |
Material Of Construction | Cross-Linked Polyamide |
Max Feed Silt Density Index | 5 Silt Density Index |
Max Pressure Drop | 20 PSI Differential |
Max Pressure (Psi) | 365 |
Max Temp (°F) | 113 |
Membrane Type | Spiral Wound |
Permeate Tube Diameter | 1-1/2" |
Ph Range | 2-11 |
Flow Rate | 10,200 GPD |
Origin | USA |
Documentation
