Product Description
Spares India Water Technologist is one of the big names that deal in design and development of high performance Industrial Mixed Bed Deionizers that can be used in various industrial sectors to provide ultra pure water with almost zero impurities. This unit functions by exchanging ions between solid resin and ions dissolved within liquid. The offered Industrial Mixed Bed Deionizers can be used in industries such as paint, chemical, ice plant, food, cosmetic, pharmaceutical, and many more.
Technical Specification
Minimum Order Quantity | 1 Unit |
Capacity | 1000-3000 LPH |
Type | Water Filter Parts |
Usage | Liquid Filter |
Material | Stainless Steel |
Unparalleled Water Purity for Critical ApplicationsOur Industrial Mixed Bed Deionizers provide exceptional water purification for industries requiring stringent water quality standards. Utilizing a robust ion exchange process, they achieve purity levels up to 99.99%, making them ideal for pharmaceutical manufacturing, laboratories, and sensitive industrial operations. The system consistently delivers water with conductivity below 1 S/cm, ensuring reliable performance for even the most demanding applications.
Flexible, Efficient & Easy-to-Maintain DesignDesigned with user convenience in mind, these deionizers combine PLC-based controls with options for manual or automatic regeneration. The units low maintenance needs and easy service access allow for minimal downtime and operational interruptions. Resilient construction with FRP or stainless steel provides excellent corrosion resistance, while energy-efficient electric drive ensures low power consumption and a quiet operation environment.
FAQs of Industrial Mixed Bed Deionizers:
Q: How does the mixed bed deionizer achieve high water purity levels?
A: The mixed bed deionizer utilizes an ion exchange process with carefully balanced cation and anion resins. This process removes dissolved ions from the feed water, resulting in ultra-pure water with conductivity levels as low as <1 S/cm, ideal for sensitive industrial and laboratory applications.
Q: What pre-filtration is required before operating the deionizer?
A: A 5 micron pre-filter is strongly recommended before the deionizer to ensure that the influent Total Suspended Solids (TSS) remain below 5 mg/L. Proper pre-filtration helps extend the resin life and maintain system efficiency.
Q: When should resin replacement or regeneration be performed?
A: Resin typically lasts 23 years under normal operating conditions, depending on feed water quality and system usage. Regeneration can be conducted either manually or automatically based on system configuration and performance monitoring. Routine checks and water quality measurements will guide the optimal timing.
Q: Where can this deionizer be installed and what is the typical installation type?
A: These deionizers are designed for floor-mounted installation and can be set up in pharmaceutical plants, laboratories, and various industrial facilities. They support a variety of water sources, including groundwater and municipal supply.
Q: How is the deionizer maintained, and what are the maintenance requirements?
A: The system is engineered for low maintenance and easy service. Periodic inspection, pre-filter replacement, and resin regeneration are the primary upkeep tasks. The PLC-based control system streamlines diagnostics and maintenance scheduling.
Q: What are the key benefits of using this deionizer in industrial applications?
A: Key benefits include consistently high water purity, up to 98% water recycling, high efficiency (>97%), low noise operation, corrosion resistance, and minimal operational downtime. These factors make the system highly valuable for various critical industrial and laboratory processes.