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RO Membrane Filter 0.5Mpa Pressure Resistance 1 Pound Weight Model G2000G

Ten pieces.
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RO Membrane Filter 0.5Mpa Pressure Resistance 1 Pound Weight Model G2000G
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Features
Specifications
Certifications: NSF/ANSI 42
Type: Replacement Filters
Dimensions: 10 Inches X 2.5 Inches
Pressure Resistance: 0.5Mpa
Device For: Ultrapure Water Equipment
Flow Rate: 1 Gallon Per Minute
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Model G2000G RO Membrane Filter

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1 Pound Weight RO Membrane Filter

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0.5Mpa Pressure Resistance RO Membrane Filter

Basic Infomation
Place of Origin: China
Brand Name: ZOOMAC
Certification: CE
Model Number: 50G100G200G1000G2000G
Payment & Shipping Terms
Packaging Details: cardboard box
Payment Terms: L/C,T/T
Supply Ability: Over 100 pieces.
Product Description

RO Membrane Filter 0.5Mpa Pressure Resistance 1 Pound Weight Model G2000G

Engineered for exceptional performance across diverse water conditions, these high-efficiency RO membrane elements deliver superior filtration capabilities for residential, commercial, and industrial applications. The advanced membrane technology provides comprehensive contaminant removal while optimizing water recovery rates and system longevity.

Manufactured with precision molecular separation layers, these membranes demonstrate remarkable efficiency in eliminating microscopic impurities including suspended solids, organic compounds, heavy metal ions, and microbial contaminants. The innovative membrane structure maintains stable rejection rates while resisting fouling and scaling tendencies that compromise conventional filtration media.

RO Membrane Filter 0.5Mpa Pressure Resistance 1 Pound Weight Model G2000G 0

Custom-engineered solutions address specialized water treatment challenges through tailored membrane configurations and operational parameters. The proprietary manufacturing process creates durable membrane surfaces that withstand challenging feedwater conditions while maintaining consistent permeate quality.

The optimized spiral-wound design enhances flow dynamics within the membrane element, reducing energy consumption while increasing productive water output. This intelligent configuration minimizes pressure losses while maximizing effective filtration area for improved system economics.

Ideal for demanding applications requiring reliable dissolved solids removal, these membranes perform exceptionally in brackish water desalination, wastewater reuse, and ultrapure water production. The robust construction materials ensure long-term stability in varied pH environments and oxidizing conditions.

With superior chlorine tolerance and chemical resistance, these membrane elements maintain performance through extended service cycles. The precision-engineered permeate carriers and feed spacers promote uniform flow distribution while preventing particulate accumulation and biofilm formation.

These professional-grade RO elements represent the forefront of membrane separation technology, combining cutting-edge materials science with practical system design. Their balanced performance characteristics make them equally suitable for small-scale point-of-use systems and large industrial water treatment plants.

The membranes' consistent quality and reliable operation have established them as preferred solutions for applications where water purity directly impacts process results or product quality. Their adaptable performance meets the evolving needs of modern water treatment challenges across multiple industries.

Backed by extensive customization capabilities, these membrane elements provide tailored solutions for unique water composition challenges while maintaining the efficiency and reliability expected from premium filtration technology. Their comprehensive contaminant removal capabilities address both conventional water quality concerns and emerging environmental pollutants.

This advanced membrane technology delivers sustainable water treatment performance through optimized resource utilization and extended service life, reducing system maintenance requirements while ensuring consistent water quality output across varied operating conditions.

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