Subtotal: $154.00
Toray – High-Performance RO Membranes for Brackish and Seawater
Toray Membrane Technology – Engineered for Efficiency, Built for Endurance
Toray, a global leader in membrane technology, manufactures industry-leading reverse osmosis (RO) membranes designed for high-rejection, energy-efficient water purification. Known for innovation and Japanese engineering excellence, Toray membranes are trusted in municipal, industrial, commercial, and marine desalination applications across 100+ countries.
At AMPAC Water Systems, we supply a wide range of Toray brackish and seawater RO membrane elements, offering customers long-lasting solutions for clean, safe, and consistent water supply—no matter the source.
Toray RO Membrane Product Range at AMPAC Water Systems
1. Brackish Water RO Membranes
| Model | Size | Capacity (Nominal GPD) | Pressure (psi) | Key Applications | Product Link |
|---|---|---|---|---|---|
| TM720D-400 | 8″ x 40″ | Up to 10,000 GPD | 225–300 | Industrial brackish water, municipal well treatment | View Product |
Features
- Designed for feed water with TDS up to 8,000 ppm
- High salt rejection and high productivity
- Ideal for commercial and municipal water recovery systems
2. Seawater RO Membranes
| Model | Size | Capacity (Nominal GPD) | Pressure (psi) | Key Applications | Product Link |
|---|---|---|---|---|---|
| TM820V-400 | 8" x 40" | 9,000 GPD | 800–1,200 | Offshore rigs, naval systems, coastal desalination plants | View Product |
| TM810V | 4" x 40" | 1,900 GPD | 800–1,000 | Marine vessels, remote field stations, mobile RO units | View Product |
Features
- Removes up to 99.8% of salt and contaminants
- Excellent fouling resistance with advanced membrane chemistry
- Trusted for continuous-duty in extreme salinity environments
Applications & Benefits
| Applications of Toray Membranes | Why Choose Toray Membranes from AMPAC Water Systems? |
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Need Help Selecting a Toray RO Membrane?
Our water experts are here to help you select the right Toray membrane element based on your feedwater source, flow rate, and recovery needs.
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