8040 ULP RO Membrane

Price 60000 INR/ Piece

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MOQ : 50 Pieces

8040 ULP RO Membrane Specification

Flow Rate
36 - 48 m/day

Features
High Flux, Low Operating Pressure, High Salt Rejection

Accessories
Rubber Seals, Adapter

Technology
ULP Reverse Osmosis (Ultra Low Pressure)

Usage
Desalination, Softening, Water Treatment

Type
Other

Material
Plastic

Purifying Function
Reverse Osmosis

Valve Type
Standard End Cap

Installation Type
Horizontal / Vertical

Temperature
4C - 45C

Water Source
Tap Water / Brackish Water

Dimension (L*W*H)
8040 (Length: 40 inch, Diameter: 8 inch)

Weight (kg)
15 kg (approx.)

Application
Industrial Ro Water Treatment

Mounting Type
Membrane Housing

Capacity
9000 - 13000 GPD

8040 ULP RO Membrane Trade Information

Minimum Order Quantity
50 Pieces

Delivery Time
2 Days

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

Main Domestic Market
All India

About 8040 ULP RO Membrane

Producing and supplying a wide range of items, we have emerged as best option in the market. The provided OT-8040 Permeate Flow 11100GPD RO Membrane is made by using high quality required materials with the help of innovative technology. This item is mainly utilized for filtration and purifying process. It is tested on the various quality parameters before dispatching from our premises. We deliver this RO Membrane at fixed price rate without any kind of delay.

High Salt Rejection & Efficiency

The 8040 ULP RO Membrane is engineered for superior salt rejection (up to 99% NaCl), making it an outstanding choice for processes requiring the highest water purity. Its advanced thin film composite construction ensures optimal performance even with feed water TDS levels below 2000 ppm.

Versatile Applications

Designed for industrial water treatment, this membrane excels in desalination, softening, and purification of tap and brackish water. Compatible with a variety of system configurations, it can be installed horizontally or vertically to fit your setup needs.

Reliable, Durable Construction

Built with ABS plastic end caps and a robust permeate tube, the 8040 ULP RO Membrane withstands rigorous operation with a maximum pressure of 600 psi and water temperatures up to 45C. The included accessories, like rubber seals and adapters, ensure a secure and reliable installation every time.

FAQs of 8040 ULP RO Membrane:

Q: How is the 8040 ULP RO Membrane installed in a water treatment system?

A: The 8040 ULP RO Membrane can be installed in either horizontal or vertical orientations within a compatible membrane housing. Secure the membrane using the provided rubber seals and adapter and ensure the end caps are firmly in place to prevent leaks.

Q: What are the main benefits of using this membrane for industrial water treatment?

A: This membrane offers high flux, low energy consumption (due to ultra-low operating pressure), and exceptional salt rejection, resulting in consistent production of high-purity water for applications such as desalination, water softening, and industrial purification.

Q: When should the 8040 ULP RO Membrane be replaced?

A: Replacement is recommended when permeate flow significantly decreases, or salt rejection drops below expected levels. This timeframe can vary depending on feed water quality and maintenance but typically ranges from 2 to 5 years in industrial use.

Q: What water sources are compatible with the 8040 ULP RO Membrane?

A: The membrane is suitable for treating both tap water and brackish water, providing effective purification as long as the feed water TDS is less than 2000 ppm and SDI is below 5.

Q: Where is this membrane typically used?

A: It is widely used in industrial reverse osmosis systems for desalination plans, softening units, and water treatment facilities, particularly where high water quality and efficiency are required.

Q: How does the ULP technology benefit RO operations?

A: Ultra Low Pressure (ULP) technology minimizes the energy demand for reverse osmosis by enabling efficient water purification at lower operating pressures, reducing operational costs while ensuring high performance.

Q: What precautions should be taken during operation and maintenance?

A: Ensure that the feed water does not exceed 2000 ppm TDS, maintain chlorine levels below 0.1 ppm, and keep SDI below 5 to optimize membrane lifespan. Regular monitoring and cleaning under recommended pH and temperature conditions (2-11 pH, 4-45C) will further enhance performance and durability.

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