4040BW INDUSTRIAL RO Membrane

Price 8000 INR/ Piece

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MOQ : 100 Pieces

4040BW INDUSTRIAL RO Membrane Specification

Features
High rejection rate, Long life, Easy installation

Usage
Desalination and Demineralization

Technology
Thin Film Composite (TFC)

Accessories
End caps, O-rings

Flow Rate
11.2 m3/day

Type
4040BW INDUSTRIAL RO Membrane

Material
Plastic

Storage Capacity
N/A (continuous system)

Purifying Function
Reverse Osmosis

Power
Electric

Valve Type
Automatic

Installation Type
Industrial In-line

Temperature
5°C - 45°C

Water Source
Borewell/Brackish Water

Dimension (L*W*H)
40 x 4 x 4 inches

Voltage
220 Volt (v)

Weight (kg)
3.5

Application
Industrial Water Purification

Capacity
2500 GPD (Gallons Per Day)

Mounting Type
Horizontal

4040BW INDUSTRIAL RO Membrane Trade Information

Minimum Order Quantity
100 Pieces

Delivery Time
2 Week

Main Export Market(s)
Asia, Australia, Central America, North America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About 4040BW INDUSTRIAL RO Membrane

OT-2540 Permeate Flow 900GPD RO Membrane

OT-2540 Permeate Flow 900GPD RO Membrane is unmatched in terms of quality and performance. It is a type of partially permeable reverse osmosis membrane. It is an important part of a reverse osmosis based water purification system. The RO membrane can help remove suspended particles, biological impurities, dissolved chemical impurities, etc., from water. It is suitable to use for domestic water purification systems. Owing to its longevity and high functional efficiency, it is preferred to other similar products available in the marketplace.

Reliable Industrial Performance

The 4040BW INDUSTRIAL RO Membrane provides consistent water purification for large-scale operations. With its high flow rate of 11.2 m3/day and excellent salt rejection, it is preferred for applications demanding clean water output from challenging sources such as brackish and borewell water.

Advanced Thin Film Composite Technology

Utilizing polyamide thin film composite (TFC) technology, this membrane ensures superior durability and extended service life. Its robust design allows for operation across a wide pH and temperature spectrum, ensuring optimum performance and flexible maintenance options.

Effortless Installation and Maintenance

The membrane comes equipped with user-friendly features such as plastic end caps and O-rings, designed for hassle-free in-line horizontal mounting. Its automatic valve and sterilization capability further streamline operational processes, minimizing downtime and maintenance demands.

FAQs of 4040BW INDUSTRIAL RO Membrane:

Q: How is the 4040BW INDUSTRIAL RO Membrane installed in an industrial water purification system?

A: The membrane is installed in-line horizontally and uses plastic end caps and O-rings for secure fitting. Its design allows for easy and quick integration into most industrial reverse osmosis setups.

Q: What water sources are compatible with this membrane type?

A: The 4040BW membrane is ideal for treating borewell and brackish water sources, with a feed water TDS limit of 8000 ppm, making it suitable for demanding industrial purification tasks.

Q: When should cleaning or maintenance be performed on the membrane?

A: Routine cleaning is recommended when performance drops or membrane fouling occurs. The membrane tolerates cleaning across a pH range of 1 to 12 for short durations, ensuring effective removal of accumulated contaminants.

Q: Where is the 4040BW INDUSTRIAL RO Membrane most effectively utilized?

A: This membrane is best suited for industrial applications requiring large-scale desalination and demineralization, such as manufacturing facilities, water treatment plants, and exporter/trader operations.

Q: What process does the membrane use to purify water?

A: The membrane employs reverse osmosis, wherein water is pushed through a polyamide thin film, effectively removing dissolved salts and impurities to deliver high-purity permeate.

Q: How does using this membrane benefit industrial operations?

A: Users benefit from the membranes high salt rejection rate (98%), reliable permeate flow, long lifespan, and adaptability to a wide pH and temperature range, resulting in efficient and cost-effective water purification.

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