Ultrapure Water Equipment

4Tons/Hour Two Stage Ultrapure water Machine With RO and EDI for Optoelectronics Module I. Overview Ultrapure water equipment is a precision water treatment system that removes impurities from water to trace levels through a multi-stage process involving pretreatment, reverse osmosis, and ultrapurification. The resulting water can have a resistivity exceeding 18 MΩ·cm, also known as soft water. Originating in the US semiconductor industry, this equipment is now widely used in

Successful case Turkey photovoltaic plant 100m³/h ultra pure water system with UF+RO+EDI units I. Overview Ultra-pure water is the “invisible lifeblood” of efficient photovoltaic cell production, with applications spanning the entire process from silicon wafer cleaning to module encapsulation. The ultra-pure water systems we provide to our Turkish photovoltaic plant customers are highly efficient and energy-saving, serving as a key technological foundation for enhancing cell

I.Overview Ultra-pure water (UPW) is a key medium for maintaining process purity in wafer manufacturing. Its quality directly affects chip yield and performance, making it the “invisible lifeline” of wafer manufacturing. II.Process Raw Water → Raw Water Pressure Pump → Multimedia Filter → Activated Carbon Filter → Water Softener → Precision Filter → Primary RO → pH Adjustment → Intermediate Water Tank → Secondary RO → Intermediate Water Tank → Intermediate Water Pump → EDI

500L/H Turnkey Water Purification System With RO + EDI Bespoke 500 liters per hour ultrapure water filtration system designed specifically for blank controls in precision analytical instruments. System Overview The 500L/H Ultra Pure Water System is specially engineered to supply high-purity water for blank controls in precision analytical instruments including HPLC, LC-MS, ICP, and other laboratory equipment. This system ensures consistent water quality that is critical for

Lab Water Treatment 2000LPH ultrapure Water for Mass Spectrometry I. Overview Mass spectrometry (MS) is an ultra-sensitive analytical technique that places extremely stringent demands on the purity of ultrapure water. “The signal-to-noise ratio of mass spectrometry begins with the purity of ultrapure water.” Water quality directly affects the accuracy of detection results, instrument stability, and background noise levels. II. Process Raw Water→Pretreatment→Two - stage

I.Overview UPVC (unplasticized polyvinyl chloride, also known as rigid PVC) is mainly used in cost-sensitive scenarios and non-core processes in ultra-pure water systems. It serves as the “economical supporting role” in ultra-pure water systems, playing an irreplaceable role in pre-treatment and secondary water purification processes. Its core value lies in its cost-effectiveness and ease of installation. II.Main process Raw Water → Raw Water Tank → Booster Pump → Flocculant

I.Overview Ultra-pure water (resistivity ≥ 18.2 MΩ·cm) plays a crucial role in laser equipment cooling systems, serving as the “lifeblood” of high-end laser equipment cooling systems. Especially when cooling high-power, high-stability lasers (such as semiconductor-pumped solid-state lasers, high-power fiber lasers, excimer lasers, and certain gas lasers), as well as high-precision laser equipment (such as industrial cutting/welding lasers, excimer lasers for lithography,

Equipment Principles Ultrapure water equipment uses pretreatment, reverse osmosis technology, mixed beds, EDI devices, and post-treatment methods to remove almost all conductive media from water, as well as reduce colloidal substances, gases, and organic matter that do not dissociate in water to extremely low levels. It is also known as ultrapure water purifiers, ultrapure water machines, ultrapure water instruments, ultrapure water systems, laboratory ultrapure water

I.Overview PLC (Programmable Logic Controller) serves as the control hub and intelligent decision-making core in ultra-pure water (UPW) systems. Through real-time data acquisition, multi-variable coordinated control, and fault diagnosis, it ensures water quality consistently meets the semiconductor-grade standard of 18.2 MΩ·cm. In ultra-pure water systems, PLCs have evolved from basic automation to intelligent decision-making hubs. In advanced processes below 3nm, their

Tailor-made 3000 liters per hour ultra pure water purification system for high-performance liquid chromatography (HPLC) Overview Ultrapure water serves as the base mobile phase and sample solvent in high-performance liquid chromatography (HPLC), and its purity directly impacts the accuracy, reproducibility of analytical results, and instrument lifespan. HPLC ultra-pure water serves as the “invisible chromatographic column” in liquid phase analysis. Its ultimate purity of 18

15 TPH EDI Ultrapure Water System I.Conception Our 15T/H EDI features continuous regeneration. It uses electrolytic regeneration (no acid/alkali). Resin removes ions; H⁺/OH⁻ regenerate resin; constant power supply discharges ions, ensuring stable 15T/H output and low cost. Water Treatment Process: Two-stage RO + EDI Water Production Capacity: 15 tons/hour Water Quality: Resistivity: 1 Ω·m to 18.2 Ω·m Footprint: 80 square meters Applications: In vitro diagnostic reagents,

Reverse Osmosis Ultra-Pure Water Machine Supply For Electronics & Semiconductor Industry I.Product principle Ultrapure water (also known as UPW or high-purity water) refers to water that has been purified to extremely stringent specifications. Ultrapure water is a term commonly used in the semiconductor industry to emphasize that the water has been treated to the highest purity to remove all contaminants, including: organic and inorganic compounds; dissolved and particulate

1500L/H EDI Ultrapure Water Purification Filtration System I.Overview EDI (Electrodeionization) technology is a new pure and ultrapure water production technology that integrates electrodialysis and ion exchange technologies. Through the selective permeation of anions and cations by anion and cation exchange membranes and the ion exchange action of ion exchange resins, ion migration is achieved under the influence of a DC electric field, achieving deep desalination of water,

1 T/H Stainless Steel Ultrapure Water Equipment, Equipped With EDI I.Products Description Water machine -1000Liter per hour Inlet flow: ≥1.5m3/h Outlet flow: 1000L per hour Inlet pressure: ≥2KG Recovery rate: 60-75% Raw water Conductivity: ≤300us/cm Desalination rate: 98% RO output Conductivity: ≤10us/cm Power(380V,50HZ,3P or customized): 2.3kw Control model: Automatic Operating temperature: 5-45℃ II.Reverse osmosis pure water filter technical characteristics 1. Utilizes the

0.25-100t RO+EDI Ultrapure Industrial Water Treatment Equipment System I.Overview This unit utilizes advanced RO+EDI technology for ultrapure water treatment, making it ideal for both laboratory and commercial applications. Constructed from high-quality 304 stainless steel and fiberglass, the system ensures durability and reliability. The system includes sand filtration, activated carbon filtration, softener filtration, RO filtration, and EDI filter elements to meet all water

Industrical 5TPH Reverse Osmosis Equipment RO Water Treatment System I.Product Specification Function Drinking water, Bottle water, Industrial water, Commercial water System Reverse osmosis system, Ultrafiltration system, EDI ultrapure system, Water reuse system, Seawater desalination, Brackish water desalination Capacity 250/500/750/1000LPH, 2TPH, 3TPH, 4TPH, 5TPH, etc Voltage 380V, 220V/50HZ etc; (Power supply can be Customized) Power 2-10 kw Raw Water TDS ≤ 1000PPM Working

Stainless Steel Tailor - made 15m³/h Ultra - pure water Systems for the chemical and cosmetics industry I. Equipment Introduction Ultra - pure water equipment in the electronic chemical industry is mainly applied in scenarios such as solvent water for the battery industry, chemical analysis, chemical materials, product cleaning, substance separation, concentration, purification, and waste recovery. The requirement for water quality is relatively not too high. A pure water

I.Overview In the high-end electroplating industry, ultra-pure water has evolved from a “background solvent” to a critical process material. Meeting the 18.2 MΩ·cm resistivity standard is merely the baseline requirement. The ability to control specific impurities (such as Cl⁻, Na⁺, and particulates) at the parts-per-billion (ppb) level directly determines whether the plating layer can pass JESD22-A120 (chip reliability) or IPC-6012 (PCB durability) certification. Ultra-pure

I. Equipment Overview In hospital settings, ultrapure water plays a critical role in various areas, including medical equipment operation (hemodialysis machines, cleaning equipment in sterilization supply centers, imaging equipment), testing and analysis (biochemical analysis, microbial culture), and formulation production (large-volume parenteral solutions, topical formulations). Hospitals have extremely stringent quality requirements for ultrapure water, which must

Excellent Performance Custom-made 16M³/H Purified Water Equipment for Injection with EDI device Ⅰ. Equipment Introduction Water for Injection (WFI) complies with the specifications defined in the Chinese Pharmacopoeia. It is produced by distilling distilled water or deionized water, hence also known as "double-distilled water". To effectively control microbial contamination and endotoxin levels, the design and manufacture of purified water and WFI systems feature two key