Sale!
Toray TM710D BWRO Membrane

Toray TM710D BWRO Membrane

Original price was: 290 $.Current price is: 265 $.

The Toray TM710D BWRO Membrane is a reliable and efficient solution for water treatment. It is designed to be used in multiple membrane systems and can effectively treat municipal, industrial, or process water.

Additionally, it is suitable for commercial applications using 4″ membrane types. The membrane features a high rejection rate, ensuring that impurities are removed from the water. It is also easy to maintain and can operate at a low pressure, making it a cost-effective option for water treatment.

Categories: , , , Tag:

Product details

The Toray TM710D BWRO Membrane is designed for use in multiple membrane systems to treat municipal, industrial, or process water. It is also suitable for commercial applications using 4″ membrane types.

1. Membrane Type

Cross Linked Fully Aromatic Polyamide Composite
2. Test Conditions Feed Water Pressure

Feed Water Temperature

Feed Water Concentration

Recovery Rate

Feed Water pH

 225 psi (1.55MPa)

77°F (25°C)

2,000 mg/l NaCl

15%

7
3. Minimum Salt Rejection   99.65%
4. Minimum Product Flow Rate   2,150gpd (8.2m³/d) (TM710D)

8,900gpd (33.6m³/d) (TM720DA400)

8,900gpd (33.6m³/d) (TM720D-400)

9,800gpd (37.0m³/d) (TM720D-440)

Specifications

Type

Diameter

Inch

Membrane Area ft2(m2)

Salt Rejection %

Product Flow Rate gpd(m3/d)

Feed Spacer Thickness mil

TM710D

4”

87(8)

99.8

2,600(9.8)

31

Features

  • Maximum Feed Water SDI15: 5
  • Maximum Operating Pressure: 600psi (4.1 MPa)
  • Maximum Feed Water Temperature: 113°F (45°C)
  • Feed Water Chlorine Concentration: <0.1ppm
  • Feed Water pH Range, Continuous Operation: 2-11
  • Feed Water pH Range, Chemical Cleaning: 1-13
  • Maximum Pressure Drop per Element: 20psi (0.14 MPa)
  • Maximum Pressure Drop per Vessel: 60psi (0.4 MPa)

Typical applications

  • Process water
  • Municipal industrial
  • Commercial applications

Downloadable PDF


Toray TM710D BWRO Membrane (English)

Related products