EDI Module

The IONPURE LX-Z IP-LXM45Z-5 is an industrial-scale CEDI module delivering ultra-pure water without chemical regeneration. With a design flow rate of 5.1-7.67 m³/h and 90-95% recovery, it ensures high efficiency. CE certified, ISO 9001/14000 compliant, and built with corrosion-resistant materials for demanding power, electronics, and chemical applications.

Industrial-grade electrodeionization module producing ultrapure water up to 17 MΩ-cm without chemicals. Features 90-95% recovery, silica removal up to 99%, dual O-ring seals, and CE certification. Ideal for power, pharma, and electronics applications.

Hot water sanitizable at 85°C with 90-95% recovery. US patented technology ensures instant hot water capability without ramp-up. Double O-ring seal for leak-free operation. FDA compliant wetted materials. Ideal for pharmaceutical and lab applications.

Ionpure LX-Z CEDI module delivers continuous electrodeionization for industrial RO polishing in pharmaceutical and power plants. Features 90-95% recovery rate, 0.57-1.65 m³/h flow capacity, and chemical-free operation with NSF® certified materials. Ideal for producing high-purity water with consistent quality and lower operating costs.

Ionpure LX-Z CEDI LXM04Z-5 module delivers continuous ultra-pure water production with resistivity exceeding 15MΩ·cm. Chemical-free operation eliminates hazardous regeneration chemicals while maintaining low energy consumption. Compact design with 257mm length and 146.8mm width, ideal for pharmaceutical, microelectronics, and power generation applications. CE certified with ISO 9001 and ISO 14000 compliance.

Ionpure CEDI LX-Z industrial electrodeionization module produces high-purity water without chemical regeneration. Features 90-95% recovery rate, 0.22-7.67 m³/h flow range, and NSF certified materials. Continuous operation with double O-ring seals ensures leak-free performance for power, chemical, and pharmaceutical applications.

Industrial-grade CEDI module delivering high-purity water equivalent to mixed bed systems. Features chemical-free operation, 7 bar pressure resistance, and stable output for power generation, electronics, and food industries. CE certified with ISO 9001/14000 standards and patented fully filled concentrate chamber design.

Ionpure CEDI LX-Z industrial water purification modules deliver continuous ultra-pure water without chemical regeneration. Featuring enhanced chlorine tolerance up to 0.05 ppm, NSF® certified materials, and flow rates from 0.22 to 7.67 m³/h. Ideal for power plants, pharmaceuticals, and chemical processing with 90-95% recovery rates and ISO 9001/14000 certified manufacturing.

Chemical-free CEDI module producing ultrapure water up to 18.2 MΩ·cm. Zero regeneration, 90-95% recovery, and ≤1 ppb contaminants. CE certified, ISO 9001/14000. Ideal for pharmaceutical, microelectronics, and lab systems.

The Ionpure CEDI LX-Z IP-LXM10Z-5 delivers 10 gpm of high-purity water without chemicals. Features robust double O-ring seals, 90-95% recovery, and 0-400V DC operation. ISO 9001 and CE certified. Ideal for continuous, cost-effective deionization after RO.

High-performance industrial EDI module producing ultrapure water without chemical regeneration. Features 90-95% recovery, stable output >16 MΩ*cm resistivity, and patented Full-Fill technology. CE certified, ISO 9001/14001 compliant. Ideal for semiconductor, pharma, and power plants.

LCX-H Series EDI modules deliver continuous ultra-pure water (5-18 MΩ.cm) without chemical regeneration. Featuring 500-5000L/H flow, low power consumption, and modular design for easy maintenance. Ideal for pharmaceutical, power, and electronics industries. Custom options available.

Compact EDI module for continuous ultrapure water production (5-18 MΩ.cm). No chemical regeneration needed. Low power consumption (0.5KW/H) and easy installation. Ideal for pharmaceutical, electronics, and chemical labs. Custom flow rates available.

LCX Series EDI modules deliver continuous ultrapure water production from 500L/H to 7000L/H. Featuring compact modular design, low operating costs, and stable output quality. No acid/alkali regeneration needed. Ideal for pharmaceutical, power, and industrial applications. Custom options available.

The KXA-400 EDI module delivers 4 m³/h of ultra-pure water with resistivity of 15-18.25 MΩ*cm. It eliminates chemical regeneration, ensuring continuous operation and ≥99% silicon/boron removal. Ideal for labs, pharmaceuticals, and microelectronics, it offers leak-proof design, easy installation, and 90-95% water recovery.

The KXA-200 EDI Module delivers 1.5-2.5 m³/h of ultra-pure water for pharmaceutical applications. Features zero chemical regeneration, continuous operation, and produces water with resistivity up to 18.25 MΩ·cm. Ideal for WFI pretreatment, biotechnology, and semiconductor manufacturing with 90-95% recovery rate and ≥99% silicon removal efficiency.

The KXA-100 EDI Module delivers continuous ultra-pure water production with 0.5-1.4 m³/h flow capacity and ≥99% silicon removal. This chemical-free system operates 24/7 without regeneration downtime, providing consistent 15-18.25 MΩ·cm water quality for power generation, semiconductor manufacturing, and pharmaceutical applications.

KXA-50 EDI Module delivers 0.3-0.7 m³/h water production with 15-18.25 MΩ·cm resistivity and ≥99% silicon/boron removal. Chemical-free operation provides continuous ultra-pure water for semiconductor, pharmaceutical, and power generation applications with 90-95% recovery rate and low energy consumption.

Ionpure LX-Z CEDI module delivers continuous high-purity water for industrial applications with 0.44-0.67 m³/hr flow rate and 90-95% recovery. Features improved chlorine tolerance, NSF® certified materials, and eliminates chemical regeneration. Ideal for power plants, chemical processing, and electronics industries with 400V DC operation and 1.0-6.0A amperage range.

KXA-600 EDI module delivers 5-6.5 m³/h of 15-18.25 MΩ·cm ultrapure water with zero chemical regeneration. Patented full-chamber resin injection and nano-ceramic membranes ensure 90-95% silicon removal. Ideal for electronics and semiconductor applications. Custom options available.