FRP ion exchange equipment, corrosion-resistant resin tank, chemical and electronic ultra-pure water treatment, customizable specifications
Ion Exchange Columns/Mixed Beds are specialized water treatment equipment engineered for high-purity water production, featuring robust construction and superior performance:
Durable Structure: The tank body is constructed with resin + fiberglass winding, delivering excellent corrosion resistance, lightweight design, attractive appearance, leak-proof performance, and a long service life—ideal for water treatment applications.
Customizable Design: The tank opening connection can be tailored to customer requirements, while the vertical triangular base design ensures better pressure resistance and improved cost-effectiveness compared to traditional acrylic mixed beds.
High-Purity Output: Even when the incoming water conductivity is less than 5μS/cm, the product water conductivity can exceed 10MΩ·cm (achieving ultrapure water standards).
Specifications: Available in diameters (250mm–2000mm) and heights (1800mm–3100mm), with recommended flow rates of 1.2–150m³/h. Resin capacity ranges from 15L/30L (cation/anion resin) to 1800L/3200L, matching different operational scales.
These columns/mixed beds are the go-to choice for scenarios requiring high-purity water, combining reliability, efficiency, and adaptability.
Diameter: 250mm to 2000mm; Height: 1800mm to 3100mm
Resin Filling Reference
Provide a reference filling quantity table for positive resin and negative resin (depending on the specifications)
Application Scenario
Production of ultra-pure water, as well as high-purity water treatment in industries such as chemical engineering, electronics, and pharmaceuticals
Main material
Resin + Glass Fiber Reinforcement
Main Characteristics
The produced water has a high resistivity (>10 MΩ·cm) and its durability is superior to that of materials such as organic glass mixed beds.
【Product Overview】
The fiberglass reinforced plastic ion exchange column/mixing bed is a high-performance ion exchange equipment made through the resin and glass fiber winding process. It is specially designed for the production of high-purity and even ultra-pure water. When the inlet water quality meets certain standards (such as an electrical conductivity lower than 5 μS/cm), the resistivity of the produced water can remain stable at over 10 MΩ·cm. This equipment features a vertical triangular base, a stable structure, excellent corrosion resistance, and the tank can be independently opened for easy maintenance. It has the characteristics of light weight, high strength, good appearance, and excellent water production quality. It is the core equipment for obtaining high-purity process water in industries such as chemical, electronics, and pharmaceuticals.
【Product Features and Advantages】
Outstanding water production quality: Under high-quality water input conditions, it can produce ultra-pure water with a resistivity of over 10 MΩ·cm, ensuring water purity that meets the strict requirements of high-end industrial production.
Sturdy and durable structure: The tank body is made of glass fiber (FRP) wrapped material, combined with a vertical triangular base. The overall structure is highly strong, corrosion-resistant, has good compressive performance, and has a long service life.
Maintenance convenience: The tank design allows for independent opening, facilitating the inspection, replenishment or replacement of the internal resin, thereby reducing the complexity and cost of long-term operation.
Lightweight and high strength, with excellent appearance: Compared to traditional metal tanks, the FRP material not only ensures strength but also significantly reduces the weight of the equipment, making it convenient for transportation and installation, and with an attractive appearance.
High performance and high cost-effectiveness: Its durability exceeds that of materials such as acrylic glass in mixed beds. While ensuring ultra-high water production quality, it offers a competitive overall cost.
【Typical Application Scenarios】
The advanced treatment or final polishing unit for ultra-pure water (UPW) preparation systems in the electronics, semiconductor, and photovoltaic industries.
Preparation of injection water (WFI) in the pharmaceutical industry or high-purity process water system.
The production process of extremely pure deionized water is required in fields such as chemical engineering and laboratories.
Deep desalination treatment of the boiler feed water in the power plant.
