
STARK 4040 Industrial Reverse Osmosis Membrane RO membrane for ro system
Elevate your water purification with Stark Water’s 4040 Industrial Reverse Osmosis Membrane. This high-performance RO membrane is designed for superior contaminant rejection in industrial RO systems, ensuring a consistent supply of pure water and maximizing efficiency for various commercial and industrial applications.
Descripción del producto
At the very heart of any effective Reverse Osmosis (RO) system lies the membrane, the critical component responsible for transforming raw water into purified permeate. The STARK 4040 Industrial Reverse Osmosis Membrane is engineered to deliver exceptional performance and reliability, serving as the cornerstone for high-quality water purification in diverse industrial and commercial environments. This membrane is specifically designed to meet the rigorous demands of continuous operation, ensuring your RO system functions at peak efficiency.
Precision Filtration with Advanced RO Membrane Technology
Our 4040 industrial RO membrane leverages state-of-the-art thin-film composite (TFC) technology, allowing for incredibly precise filtration at a molecular level. As water is pushed through the membrane under pressure, it effectively rejects up to 99% of dissolved salts, heavy metals, organic pollutants, bacteria, viruses, and other impurities. This superior rejection capability is crucial for industries where water purity directly impacts product quality, equipment longevity, and compliance with stringent regulations. The “4040” designation refers to its standard dimensions (4-inch diameter, 40-inch length), making it a widely compatible and versatile choice for most industrial RO systems.
Designed for Industrial RO Systems
This RO membrane for RO system integration is built for the challenges of industrial applications. It offers excellent performance across a wide range of feedwater conditions, including varied pH levels and moderate turbidity (with appropriate pre-treatment). Its robust construction minimizes fouling potential and extends operational lifespan, translating directly into reduced maintenance frequency and lower replacement costs. The membrane’s high active surface area per element ensures optimal permeate flow, maximizing the output of your RO system without compromising on purity.
Reliability, Efficiency, and Cost-Effectiveness
Investing in the STARK 4040 industrial RO membrane means investing in the reliability and efficiency of your entire water treatment infrastructure. Consistent performance ensures a steady supply of purified water, critical for uninterrupted industrial processes. The high rejection rates reduce the load on downstream polishing systems, further contributing to overall system efficiency. Moreover, the durability and long service life of our membranes offer a cost-effective solution over time, reducing the total cost of ownership for your water purification needs. This membrane is not just a component; it’s a commitment to superior water quality and operational excellence.
Parámetros del producto
Parámetro | Especificación |
---|---|
Palabras clave principales | Reverse Osmosis Membrane design and performance. |
Modelo | STARK 4040 (Industrial Grade) |
Membrane Type | Thin-Film Composite (TFC) Polyamide |
Dimensions | 4-inch diameter x 40-inch length (101.6 mm x 1016 mm) |
Permeate Flow Rate | Varies by model (e.g., 2,200 GPD to 2,800 GPD / 8.3 to 10.6 m³/day, or higher flux models). Specified per data sheet. |
Salt Rejection Rate | 98.5% – 99.5% (Nominal) |
Maximum Operating Pressure | Typically 600 PSI (4.1 MPa) for Brackish Water RO (BWRO); higher for Seawater RO (SWRO) types if applicable. |
Maximum Operating Temperature | 45°C (113°F) |
pH Range (Continuous Operation) | 2 – 11 |
pH Range (Short-Term Cleaning) | 1 – 13 |
Maximum Feed Silt Density Index (SDI) | SDI < 5 |
Maximum Free Chlorine Concentration | < 0.1 ppm |
Compatibilidad de la carcasa | Fits standard 4040 RO membrane housings. |
Application | Industrial and Commercial Reverse Osmosis Systems. |
Industria aplicable
- Food & Beverage Industry: Used in RO systems to produce purified water for beverage formulation (juices, soft drinks, bottled water, beer), dairy processing, and process water for washing and sanitization, ensuring product consistency and safety.
- Pharmaceutical & Medical Industry: Essential in RO systems for pre-treating water for injection (WFI), purified water (PW), laboratory water, and various medical device rinsing and sterilization processes, adhering to strict GMP standards.
- Electronics & Semiconductor Manufacturing: Critical for RO systems that produce ultra-pure water (UPW) used in chip fabrication, component rinsing, and cleanroom operations, where even trace impurities can cause defects.
- Power Generation: Utilized in RO systems for boiler feed water pre-treatment, cooling tower make-up water, and turbine washing, preventing scaling, corrosion, and improving energy efficiency of critical equipment.
- Chemical Industry: Used for purifying water for chemical formulations, dilution, and various process applications, ensuring product purity and preventing unwanted reactions or contamination.
- Textile & Dyeing Industry: Provides purified water for dyeing, washing, and finishing processes, leading to brighter colors, improved fabric quality, and reduced chemical consumption.
- Laboratories & Research Facilities: Supplies high-purity water for analytical testing, reagent preparation, glassware washing, and general laboratory operations.
- Commercial Laundries & Car Washes: Ensures soft, pure water for cleaning and rinsing, preventing spots and scale buildup on vehicles and fabrics, and reducing chemical use.
- Agricultural & Horticultural (Specialized): For treating water used in hydroponics, greenhouses, and specialized crop irrigation where precise water quality is essential for growth and yield.
- Hotels & Resorts: Used in RO systems to provide high-quality drinking water, ice production, and general utility water, enhancing guest experience and protecting facilities.
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PREGUNTAS FRECUENTES
P1: ¿Cuánto dura el sistema de ósmosis inversa?
La vida útil de un sistema de ósmosis inversa depende de la calidad del agua y del mantenimiento. Normalmente, la membrana dura entre 2 y 3 años, mientras que el sistema en sí puede durar más de 10 años con los cuidados adecuados.
P2: ¿Se puede personalizar el sistema en función de las diferentes condiciones del agua?
Sí, todos nuestros sistemas son totalmente personalizables. Analizamos su informe de aguas y sus necesidades de aplicación antes de ofrecerle soluciones a medida.
P3: ¿Qué normas cumplen los equipos STARK?
Nuestros productos cumplen las normas CE e ISO 9001, y pueden diseñarse para cumplir normativas regionales o estándares industriales específicos si así se solicita.
P4: ¿Cuál es el plazo de entrega de los sistemas de ósmosis inversa STARK?
Los sistemas estándar se envían en un plazo de 7-15 días. Para los pedidos personalizados, el plazo de entrega puede prolongarse hasta 20-25 días en función de la complejidad.
P5: ¿Ofrecen asistencia técnica u orientación para la instalación?
Sí. Proporcionamos documentación técnica completa, asistencia remota por vídeo y podemos enviar ingenieros al extranjero si así se solicita.
P6: ¿Qué incluye su presupuesto?
Nuestro presupuesto incluye el sistema de ósmosis inversa completo, el panel de control, las bombas, las unidades de pretratamiento y todos los accesorios necesarios. Si lo desea, podemos incluir herramientas de instalación y piezas de repuesto.