N-TECH Seawater RO Membranes Custom Branded Bulk Solutions for Desalination High-Salt Applications

Elevate your seawater desalination projects with N-TECH’s seawater reverse osmosis (RO) membranes—available for bulk orders with your brand customization. Engineered for high-salt challenges (up to 32,000ppm NaCl), our membranes deliver superior desalination, low energy use, and long lifespans. Perfect for seawater desalination, industrial wastewater reuse, and material concentration.

Why N-TECH for Custom Branded Seawater RO Membranes?

• Bulk & Branding: Produce large batches with your logo, packaging, and specs—strengthen your market identity.

• Proven Performance: Up to 99.85% salt rejection, low energy consumption, and durable polysulfone support layers.

• Tailored Series: Choose from SW-HR (superior rejection), SW-HRLE (high rejection + low energy), and SW-XLE (high flow + extra low energy) for diverse applications.

• Versatile Sizes: 2.5”, 4”, 8” diameters fit standard systems—ideal for seawater desalination plants, industrial facilities, and more.

Success Stories with Custom Branding

• Desalination Plant, Saudi Arabia: Partnered for 500+ SW-HR 400 membranes under their brand. 99.85% rejection met strict standards, reducing post-treatment costs by 30% and securing a 5-year contract.

• Industrial Wastewater Provider, Dubai: Ordered 300 SW-XLE 400 membranes with custom labels. High flow (9000 GPD) and 99.8% rejection handled 20,000ppm salt wastewater, earning industry recognition.

• Marine Research Lab, Florida: Used SW-4040 membranes (branded as their own) for seawater studies. 99.8% rejection ensured pure water for experiments, driving 2x grant funding.

Product Specifications

1. 8-inch Series (Test Condition 1: 32,000ppm NaCl, 800psi, 77°F, pH 8, 8% recovery)

2. 4-inch Series (Test Condition 2: 32,000ppm NaCl, 800psi, 77°F, pH 8, 5% recovery)

3. 2.5-inch & 4-inch Niche Series

Test condition 1 : 32000ppm NaCl, 800psi(55bar), 77°F (25°C), pH 8, 8% Recovery.

Test condition 2 : 32000ppm NaCl, 800psi(55bar), 77°F (25°C), pH 8, 5% Recovery.