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Toyobo MC - High Flux & Fouling Resistant BWRO Membranes SL815HF-2 SL415HF-2

Toyobo MC’s High Flux & Fouling Resistant BWRO (Brackish Water Reverse Osmosis) membranes are specially designed for high-performance brackish water treatment, combining high water output with advanced anti-fouling capabilities. These membranes offer an ideal solution for industries requiring large volumes of treated water, particularly in environments where the feedwater may contain organic materials or other potential foulants. By maintaining high flux while resisting fouling, this model provides a reliable and efficient water treatment option with reduced maintenance needs.

Key Features:

Increased Permeate Flow : Engineered to deliver high water throughput, these membranes
meet the demands of large-scale applications and provide optimal performance even in highdemand operations.

Anti-Fouling Technology : Utilizing specialized membrane materials and configurations, the
fouling-resistant design mitigates issues like biofouling and scaling. This feature is
particularly valuable in industrial or municipal systems with variable water quality.

Energy Efficiency : Operates effectively at moderate pressures, balancing energy efficiency
with high performance to reduce overall operational costs.

Spiral-Wound, Space-Efficient Design : The spiral-wound configuration maximizes
filtration surface area within a compact module, allowing for increased capacity without
additional footprint.

Available Sizes :

  • Diameter : Available in 4-inch and 8-inch diameters
  • Length : Offered in 40-inch and 60-inch lengths to suit diverse system requirements
  • Flow Rate : Supports flow rates from approximately 2,300 to 11,500 GPD, depending on model and configuration
Applications :This High Flux & Fouling Resistant model is ideal for industries such as food and beverage, chemical manufacturing, and municipal wastewater treatment, where high water output is critical, and fouling is a concern. Common uses include large-scale water reuse systems, brine concentration, and industrial desalination where consistent, high-quality permeate is required.