Industrial Ro Membrane 8040

Industrial Ro Membrane 8040 Specification

Technology
Reverse Osmosis (RO) Membrane

Accessories
Not included (membrane only)

Features
High salt rejection, high flow, durable composite material, works in high-pressure RO systems

Flow Rate
Up to 2,500 LPH (depends on feed conditions)

Usage
Desalination, water purification, RO plants

Type
Industrial RO Membrane 8040

Material
Polyamide (composite material)

Purifying Function
Reverse Osmosis (RO)

Power
Not Applicable (Membrane only)

Installation Type
Membrane installation in standard pressure vessels

Temperature
Operating temperature up to 45C

Water Source
Brackish water / Tap water / Borewell water

Dimension (L*W*H)
Approx. 8040 size (8 inch diameter x 40 inch length)

Weight (kg)
Approx. 16-18 kg

Mounting Type
Horizontal in membrane housing

Capacity
Up to 10,000 GPD (varies with feed)

Application
Industrial water purification systems

Model
8040 Membrane

Feedwater pH Range
2-11

Cleaning pH Range
2-12

Life Expectancy
2-3 years with proper usage

Salt Rejection Rate
Up to 99.5%

End Cap Type
Standard 8040 flange type

Membrane Type
Spiral wound polyamide composite

Packaging
Individually boxed for protection during transport

Maximum Operating Pressure
600 psi

Industrial Ro Membrane 8040 About

Spotlight your industrial water purification with the Industrial RO Membrane 8040-an enlightened choice for crowning performance. Utilise this optimum membrane, crafted from durable spiral wound polyamide composite, to ensure instant savings and high efficiency. With a maximum operating pressure of 600 psi and an impressive salt rejection rate of up to 99.5%, it is ideal for treating brackish, tap, or borewell water. Individually boxed for secure shipping, it promises a long life expectancy of 2-3 years with proper usage, making it the preferred solution for industrial RO systems.

Celebrated Performance for Multiple Applications

Widely used by water treatment plants, manufacturers, and desalination facilities, the Industrial RO Membrane 8040 showcases optimum durability and efficiency. Its competitive advantages include a high salt rejection rate, large flow capacity, and robust construction that sustains high-pressure operations. The membrane's enlightened design supports long-lasting and cost-effective operation in demanding industrial environments, ensuring reliable and consistent water purification.

Sample Policy & Packaging Details

To minimise initial expenditure, sample membranes are available upon request, subject to minimal charge. All shipped goods are individually boxed, guaranteeing protection during transit and ease of handling. This thorough attention to packaging reflects an understanding of industrial demands and logistics, ensuring the membrane arrives safely and ready for installation into your water purification systems.

FAQ's of Industrial Ro Membrane 8040:

Q: How do I install the Industrial RO Membrane 8040 in my system?

A: Installation of the 8040 membrane is straightforward-simply fit it horizontally within a standard 8040 pressure vessel, ensuring all connections are secure before initiating the reverse osmosis process.

Q: What water sources can the RO membrane purify effectively?

A: The Industrial RO Membrane 8040 efficiently purifies brackish water, tap water, and borewell water, making it highly versatile for various industrial applications.

Q: When should the membrane be replaced for optimal performance?

A: With proper usage and maintenance, the membrane should be replaced every 2-3 years or sooner if water quality and flow rates diminish significantly.

Q: Where is this RO membrane commonly used?

A: This membrane is commonly used in industrial water purification systems, desalination plants, and large-scale RO installations where high flow and salt rejection are crucial.

Q: What are the primary benefits of using the 8040 membrane in industrial settings?

A: The 8040 membrane delivers instant savings through high salt rejection, long lifespan, superior flow capacity, and robust design, all contributing to optimal water quality and reduced operational costs.