Factory Price Bw-4040 RO Membrane 4040 Water Treatment Equipment Reverse Osmosis, High Flow Rate RO Membrane

• Customization: Available
• Membrane Type: Spiral
• Type: RO
• Model NO.: 8040 film
• Membrane Material: Such as Cellulose Acetate, Aromatic Polyamide, etc
• Supporting Layer Material: The Base Film Materials Include Polysulfone, Polyp
• Membrane Types: There Are Asymmetric Membranes, Homogeneous Membra
• Component Form: Including Hollow Fiber Type, Roll Type, Plate Fram
• Filtering Accuracy: Capable of Intercepting Substances Larger Than 0.0
• Desalination Rate: Reflecting The Membrane′s Ability to Retain Solute
• Water Production Rate: Refers to The Amount of Water That Passes Through
• Flux: I.E. The Flow Rate of The Permeate Per Unit Membr
• Rate of Recovery: The Percentage of Water Converted Into Produced Wa
• Oxidation Resistance: Some Materials, Such as Aromatic Polyamide Membran
• Acid and Alkali Resistance: Stability of Membrane Under Different pH Environme
• Mechanical Strength: Including The Toughness and Wear Resistance of The
• Specifications: Common Specifications and Sizes Include 8040, 4040
• Applicable Water Quality: Different Reverse Osmosis Membranes Have Different
• Transport Package: Carton
• Specification: customized
• Trademark: Lingbo
• Origin: China
• HS Code: 8421991000
• Production Capacity: 20000 Pieces Per Month

Product Description

 

Product Description

 

Ultrafiltration membrane is a kind of polymer semi-permeable membrane used in ultrafiltration process, which can separate a certain size of polymer colloids or suspended particles from the solution. The following is a detailed introduction to ultrafiltration membranes:

1. Structure and production materials

Structure: The ultrafiltration membrane has an asymmetric microporous structure and is divided into two layers. The upper layer is a functional layer, which has the function of compact micropores and blocking macromolecules. The lower layer has a support layer with a large hole structure, which plays a role in increasing the film strength.

Materials: Generally made of polymer materials, such as cellulose acetate, cellulose acetate ester, polyethylene, polysulfone, polyamide and aromatic polymers.

 

 

 

Performance characteristics
 

1. Efficient desalination:  reverse osmosis membrane has efficient desalination performance, which can remove most of the salts and minerals in the water, so as to obtain pure water.
2. Pollution resistance: the membrane element is usually made of pollution-resistant materials, which can effectively resist the attachment of microorganisms, colloids and particles, reducing the cleaning frequency and maintenance costs.
3. Easy to clean: The structure of the  reverse osmosis membrane is designed for easy cleaning, and contaminants on the surface of the membrane can be easily removed by physical or chemical methods.
4. Good stability: the membrane element can still maintain stable performance under high pressure, high temperature or strong corrosive environment to ensure long-term stable operation of the system.

Performance index

The main performance indicators of reverse osmosis membranes include desalination rate, water yield (or osmotic flow rate) and recovery rate:

1.Desalination rate: refers to the ability of reverse osmosis membrane elements to remove salt from water. The desalting rate depends on the density of ultra-thin desalting layer on the surface of reverse osmosis membrane element, and the denser the desalting layer, the higher the desalting rate.

2.Water yield: refers to the water production capacity of the reverse osmosis system, that is, the amount of water passing through the reverse osmosis membrane per unit time, usually expressed in tons/hour or gallons/day. Osmotic flow rate is also an important indicator of the water production of reverse osmosis membrane elements, referring to the flow rate of liquid through the unit membrane area, usually expressed in gallons per square foot per day (GFD).

3.Recovery rate: refers to the percentage of feedwater converted into production water or permeable liquid in the reverse osmosis membrane system, depending on the inlet water quality and water requirements for pretreatment in the reverse osmosis system.

 

Product Parameters

model	average permeate flow	Stabilized salt rejection	Minimum salt rejection	Active area	Feed spacer	Testing sclution concentratio NaCl	Testing pressure	ecovery rate of single membrane elemen
	gpd	%	%	m2/ft2	mil	ppm	psi(MPa)	%
PLUS-4040-LP	2700	99.7	99.3	8.7(94)	28	2000	225(1.55)	15
MAX-4040-LP	3200	99.6	99.3
PLUS-4040-ULP	2700	99.5	99.2				150(1.0)
MAX-4040-ULP	3200	99.5	99.2
PLUS-4040-XLP	2800	99	98.5	8.7(94)	28	500	100(0.69)
MAX-4040-XLP	3200	99	98.5
PLUS-4040-FR	2400	99.7	99.3	8.7(94)	34	2000	225(1.55)
PLUS-4040-VLP	3000	99	98.5	8.7(94)	28	500	80(0.55)
SW-4040-HR	1800	99.8	99.6	8.7(94)	28	32000	800(5.5)	8
SW-4040-HRLE	2000	99.8	99.5
SW-2540-HRLE	600	99.6	99.3	2.6(28)
SW-4021-HRLE	900	99.6	99.3	3.1(33)	28	32000	800(5.5)	4
SW-2521-HRLE	270	99.5	99.3	1.1(12)
4040-HSRO	1900	99.5	99.2	8.36(90)	28	2000	150(1.0)	15

1. Product flow rate and salt removal rate are based on the following test conditions:
Influent concentration 2000 ppm (NaCl), influent pressure 225 psi (1.55 MPa), influent temperature 77°F(25°C), single film recovery of 15%.
2. Product flow range +/-15%.
3. F34 is a fiberglass wrapped housing with a mesh thickness of 34 mil, we have additional types of housing, mesh and membrane elements available.

Operating conditions:


 

Detailed Photos

Application field

Household water purification: Reverse osmosis membranes are often used in household water purifiers to provide safe and convenient drinking water for families.

Industrial pure water: In the industrial field, the membrane element is used to prepare pure water to meet the water quality requirements of various industrial production.

Seawater desalination: The use of reverse osmosis membrane technology can convert seawater into fresh water to alleviate the shortage of fresh water resources.

Wastewater treatment: In the field of wastewater treatment, the membrane element can be used to remove harmful substances in wastewater and achieve wastewater discharge or reuse.

  

Company Introduction

Company introduction
 

Changsha Lingbo Environmental Protection Technology Co., Ltd. is a high-tech enterprise focusing on water treatment accessories. Its main products include RO membranes, ultrafiltration membranes, filter cloths, filter bags, filter elements, water tanks, dosing pumps, metering pumps, and pharmaceuticals, which are widely used in new energy, microelectronics, petrochemicals, medical, pharmaceutical, food and beverage, water treatment, and automobile manufacturing. We are able to provide RO systems and various water treatment products for residential, commercial, and industrial components. We not only focus on the quality and performance of our products, but we continue to research and innovate to provide more efficient, energy-saving, and environmentally friendly products and solutions for global customers.
 

 

 

Packaging & Shipping

 
 

 

FAQ

1. Are you a trading company or a manufacturer?
A: We are a reverse osmosis membrane manufacturer with two production sites and our own automatic rolling equipment.

2. Can I take a sample? Can I place a small order before buying in bulk?
A: We are happy to offer free samples. Please contact us for your first trial order.

3. Can we OEM?
At the same time, Puri's products can be customized in sizes in addition to standard components, and we also accept OEM orders.

4. How long will it take you to place an order?
The annual production capacity of our factory is about 10 million pieces. We can deliver the goods within two weeks after confirming the order.

5. What should you be different from others?
A: We are a research and design capable factory.
B: Our quality is stable and our prices are favorable.
C:Strict internal inspection and test control.
D: Long service life, reduce costs.