Toray TMG(D) Series Low-Pressure Brackish Water RO Membrane Element Datasheet

This Toray datasheet details specifications of the TMG(D) Series low‑pressure brackish‑water RO membrane elements, including area, salt rejection, flow…


Toray TMG(D) Series Low-Pressure Brackish Water RO Membrane Element Datasheet - cover page
Brand
Toray
Category
Industrial Supply
Document type
Datasheet
Language
Spanish
Pages
1
File format
PDF
File size
3.1 MB
Published
28 September, 2026
Updated
28 September, 2026
MD5 checksum
1172EA38A3DB1B698DC8FA99F52973F3

About this manual

The TMG(D) Series membrane elements use cross‑linked fully aromatic polyamide composite membranes to provide high‑quality permeate and robust chemical tolerance for low‑pressure brackish‑water reverse osmosis applications. The product is manufactured under ISO 9001 quality standards and certified to NSF/ANSI 61 for drinking water.

Key specifications include membrane area, nominal and minimum salt rejection, product flow rates, feed spacer thickness and physical dimensions. Test conditions are defined at 150 psi feed pressure, 77 °F temperature, 2,000 mg/L NaCl concentration, 15 % recovery and pH 7. Suitable for municipal drinking water, industrial process water and water reuse. This manual is written in Spanish.

What's inside

  • Product Specifications
  • Test Conditions
  • Dimensions
  • Applications

Specifications

Membrane Area87 ft² (8 m²) – 440 ft² (41 m²)
Nominal Salt Rejection99.7 %
Minimum Salt Rejection99.5 %
Product Flow Rate2,650 gpd (10.0 m³/d) – 13,300 gpd (50.3 m³/d)
Minimum Product Flow Rate2,120 gpd (8.0 m³/d) – 11,200 gpd (42.4 m³/d)
Feed Spacer Thickness34 mil

Frequently asked questions

What is the nominal salt rejection of the TMG(D) Series membrane?

The nominal salt rejection is 99.7 %.

What test conditions are used for the membrane specifications?

Test conditions are feed water pressure 150 psi, temperature 77 °F, concentration 2,000 mg/L NaCl, recovery rate 15 % and pH 7.

Which applications are the TMG(D) Series membranes suitable for?

They are suitable for municipal drinking water, industrial process water and water reuse.

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