Fujian Huamo Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of high rejection reverse osmosis membrane in China. If you're going to wholesale bulk high rejection reverse osmosis membrane made in China, welcome to get catalog and price list from our factory. All custom made products are with high quality and competitive price. Also, OEM service is available.
Product Details
The High Rejection Reverse Osmosis Membrane features a highly cross-linked separation layer, advanced anti-fouling membrane surface technology, reinforced anti-compaction support structure, excellent boron rejection capability, and optimized flux performance for seawater desalination systems operating under high salinity and high-pressure conditions.Enhanced anti-fouling surface technology, reinforced anti-compaction support materials, and broad chemical compatibility contribute to reliable long-term operation in challenging marine environments. Suitable for coastal desalination plants, offshore facilities, island water supply projects, industrial process water production, and municipal seawater desalination systems.
Product Specifications
The High Rejection Reverse Osmosis Membrane is designed for industrial seawater reverse osmosis (SWRO) systems requiring maximum salt rejection, superior boron removal, stable permeate production, and long-term operational reliability.
|
Parameter |
Specification |
|
Membrane Type |
Thin Film Composite Polyamide |
|
Application |
Seawater Reverse Osmosis (SWRO) |
|
Membrane Configuration |
Spiral Wound Element |
|
Standard Sizes |
8040 / Customized Industrial Sizes |
|
Effective Membrane Area |
Up to 400 ft² |
|
Salt Rejection |
≥99.75% |
|
Typical Salt Rejection |
99.80% |
|
Boron Rejection |
High Performance |
|
Permeate Flow Rate |
Optimized High Flux Design |
|
Operating Pressure |
800 – 1200 psi (55 – 83 bar) |
|
Maximum Feed Water TDS |
Seawater Applications |
|
Operating Temperature |
5 – 45°C |
|
Maximum Operating Temperature |
45°C |
|
pH Range (Operation) |
2 – 11 |
|
pH Range (Cleaning) |
1 – 13 |
|
Fouling Resistance |
Enhanced Anti-Fouling Surface |
|
Structural Design |
Reinforced Anti-Compaction Support Layer |
|
Chemical Resistance |
Broad Chemical Compatibility |
|
Oxidation Resistance |
Suitable for Controlled Cleaning Procedures |
|
Service Life |
Long-Term Industrial Operation |
|
Installation Compatibility |
Standard SWRO Pressure Vessels |
Product Advantages
- Ultra-High Salt Rejection Performance
- Enhanced Boron Removal Capability
- Designed for High-Salinity Applications
- Balanced Flux and Rejection Design
- Advanced Anti-Fouling Technology
- Reinforced Anti-Compaction Structure
- Broad Chemical Cleaning Compatibility
- Global Marine Environment Adaptability
- Reduced Lifecycle Operating Costs
Application
ACoastal and Municipal Seawater Desalination Plantspplication
Industrial Process Water Production
High-Salinity and Challenging Feedwater Conditions
Our Advantages
- Dedicated Membrane Manufacturing Expertise
- Comprehensive Quality Assurance
- OEM and Private Label Services
- Technical Engineering Support
- Reliable Global Supply Capability
- Project-Based Custom Solutions
FAQ
1.What applications is this membrane designed for?
The membrane is primarily used in seawater desalination plants, offshore platforms, island freshwater production systems, industrial process water facilities, and municipal desalination projects.
2.What salt rejection performance can be expected?
Typical salt rejection reaches approximately 99.8%, with minimum rejection generally exceeding 99.75% under standard test conditions.
3.Why is boron removal important in seawater desalination?
Boron naturally exists in seawater and can remain in permeate if not effectively removed. High boron rejection is essential for drinking water production, irrigation applications, and many industrial processes.
4.How does this membrane perform under high-pressure conditions?
The reinforced anti-compaction structure maintains membrane integrity and stable separation performance during continuous high-pressure operation.
5.Is the membrane compatible with standard SWRO systems?
Yes. The membrane is designed for compatibility with standard seawater reverse osmosis pressure vessels and industrial desalination system configurations.