Product Description
Technical Specification
Minimum Order Quantity | 1 Unit |
Capacity | 1000-3000 LPH |
Usage | Liquid Filter |
Type | Water Filter Parts |
Material | Stainless Steel |
Installation Service | Yes |
Model/Type | 3000 LPH. |
Efficient Ion Exchange TechnologyUtilizing both cation and anion exchange resins, this industrial deionizer removes unwanted dissolved ions and minerals from water, ensuring high-purity output ideal for sensitive applications. The technology guarantees water conductivity less than 1 S/cm, meeting stringent requirements for pharmaceutical and laboratory use.
Durable Construction and Easy OperationBuilt with powder-coated mild steel skids and either FRP or stainless steel vessels, the deionizer is designed for longevity and reliability, providing a service life of 1015 years. Its ergonomic design and fully automatic or semi-automatic operating modes allow for simple, efficient operation and maintenance.
Versatile Applications and CustomizationSuitable for a wide range of water sources including borewell, municipal, and industrial supply, the deionizer supports capacities from 500 to 5000 LPH and allows customization of storage and color. Applications include pharmaceutical manufacturing, laboratory processes, boiler feed, and electronics production, making it a versatile choice for any industrial setting.
FAQs of Industrial Water Deionizers:
Q: How does the industrial water deionizer remove ions and minerals from the water?
A: The deionizer employs cation and anion exchange resins to capture and eliminate dissolved ions and minerals present in the incoming water. This ion exchange process results in deionized water with a conductivity of less than 1 S/cm.
Q: What is the typical lifespan of the resins used in this deionizer?
A: The usage life of the cation and anion exchange resins typically ranges from 6 months to 1 year, depending on water quality and operational frequency. Proper maintenance and timely regeneration extend resin efficiency.
Q: When should resin regeneration be carried out, and how is it done?
A: Resin regeneration is required when water conductivity begins to rise above the specified threshold, usually after several months of use. The system supports both manual and automatic regeneration using specific chemicals to restore resin effectiveness.
Q: Where can this industrial deionizer be installed?
A: The deionizer is designed for floor-mounted installation, suitable in factories, laboratories, pharmaceutical plants, and industrial facilities receiving water from borewell, municipal, or industrial sources.
Q: What maintenance is required for optimal operation of the water deionizer?
A: Routine maintenance includes monitoring water quality, inspecting control valves and pressure gauges, regenerating resins as scheduled, and periodically checking for wear on components such as the FRP vessel and pipe connections. The unit is engineered for low maintenance and high operating efficiency.
Q: How does using this deionizer benefit industrial water purification processes?
A: Employing this deionizer ensures the supply of high-purity deionized water essential for sensitive industrial processes. It enhances efficiency in boilers, pharmaceuticals, laboratories, and electronics production by preventing scaling, contamination, and equipment damage caused by dissolved ions.