China EDI stacks
LC-5000 Industrial General-Purpose China EDI stacks The Preferred Solution for High-Capacity Ultrapure Water Preparation
Recently, many friends in the chemical and electronics industries have been asking which EDI stacks are reliable for high-capacity scenarios. Today, I would like to recommend the LC-5000 - this industrial general-purpose China EDI stacks from LC PURE. It has strong and stable water production capaci
Recently, many friends in the chemical and electronics industries have been asking which EDI stacks are reliable for high-capacity scenarios. Today, I would like to recommend the LC-5000 - this industrial general-purpose China EDI stacks from LC PURE. It has strong and stable water production capacity, and is particularly popular in industries such as vehicle urea purification and photovoltaics, which can fully meet the ultrapure water needs of medium and large-sized factories.
I. Core Parameters of LC-5000 China EDI stacks: Accurate Adaptation to High-Capacity Scenarios
When choosing China EDI stacks, it is essential to have a clear understanding of the parameters. As an industrial general-purpose model, every parameter of the LC-5000 is designed for high-capacity scenarios. I have organized them into a table for your easy reference:
| Parameter Category | Specific Value | Remarks |
|---|---|---|
| Standard Water Production Flow | 5m³/h | Suitable for continuous water use in medium and large-sized factories |
| Maximum Water Production Flow | 5.2m³/h | No pressure to cope with short-term capacity peaks |
| Minimum Water Production Flow | 4.8m³/h | Stable operation even under low load |
| Operating Voltage | 0-550VDC | Compatible with industrial high-frequency DC power supplies |
| Operating Current | 2.5A (adjustable 0-6A) | Controllable energy consumption and low operating costs |
| Number of Membrane Pairs | 45 | High ion adsorption efficiency and fast water production |
| Operating Net Weight | 170KG | Matching load-bearing brackets are required for installation |
| Maximum Power | 3KW/H | More than 30% more energy-efficient than traditional mixed beds |
| Fresh Water Inlet/Outlet | DN25 PVC | Compatible with industrial standard pipelines, no need for pipeline modification |
| Concentrated Water Inlet/Outlet | DN20 PVC | Concentrated water can be recycled to the RO system for reuse |
| Overall Dimensions | 680mm (Height) × 300mm (Width) | Small floor space and flexible workshop layout |
| Product Water Quality | ≥15MΩ·CM | Meets the ultrapure water standards for electronics and chemical industries |
| Recovery Rate | 85-95% | High water resource utilization rate without waste |
The most convenient thing about this China EDI stacks is that it does not require frequent acid-base regeneration like traditional mixed beds. It operates fully automatically and can produce water stably, making it very suitable for factories pursuing environmental protection and efficiency.
II. Practical Case of LC-5000 EDI stacks: Real Experience of Cost Reduction and Efficiency Improvement
Just talking about parameters is not enough. Let me share a real case with you. A factory in Jiangsu that produces photovoltaic modules previously used traditional mixed beds to produce ultrapure water, but encountered many problems: it had to shut down for 1-2 times a week to replace acid and alkali, the monthly wastewater treatment cost was nearly 20,000 yuan, and the water quality occasionally fluctuated, affecting the cleaning effect of photovoltaic glass.
Later, they switched to the LC-5000 China EDI stacks, and the changes were particularly obvious:
The factory director told me: "If I had known that China EDI stacks are so easy to use, I shouldn't have been stuck with traditional equipment. It's both costly and troublesome!"
III. Maintenance Tips for LC-5000 EDI stacks: Simple and Easy to Operate, Prolonging Service Life
Many friends are worried that EDI stacks are difficult to maintain. In fact, the LC-5000 is very easy to maintain. Just remember these 4 small tips, and even beginners can handle it:
IV. Frequently Asked Questions about LC-5000 China EDI stacks
Q1: Our factory needs 5 tons of ultrapure water per hour. Can the LC-5000 meet this demand?
Absolutely! Its standard water production flow is 5m³/h, and the maximum can reach 5.2m³/h. Even short-term capacity peaks can be handled without additional equipment.
Q2: What are the advantages of the LC-5000 compared with other EDI stacks?
It has 45 membrane pairs, which has higher ion removal efficiency and faster water production than small-sized models. Moreover, its operating cost is low. With a power of 3KW/H, it saves about 600 kWh of electricity per month compared with equipment of the same capacity. It also does not require treatment of waste acid and alkali, complying with environmental protection policies, so there is no need to worry about environmental impact assessment issues.
Q3: Do we need to modify the workshop pipelines to install the LC-5000?
No major modifications are needed! Its fresh water interface is DN25 PVC and the concentrated water interface is DN20 PVC, which can be directly compatible with the industrial pipelines of most factories. Professional installers can complete the installation in one day without delaying production.
V. What Do Customers Say About LC-5000 China EDI stacks?
VI. Summary of All Models of LC PURE EDI Membrane Stacks
In addition to the LC-5000, LC PURE has many models suitable for different scenarios, and you can choose according to your needs:
For more models, please click: https://www.fgwater.com/China-EDI-stacks/587.html








Send Your Water Treatment Requirement
Tell us the feedwater, required capacity, target water quality and project conditions. Your inquiry email will automatically include the page you are viewing so our team can understand the exact product, technology or reference that led to your request.
- Feedwater source / available analysis
- Design flow or required production capacity
- Target product-water quality or process duty
- Project country, operating conditions and delivery target