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Specifications
Highlight:
Stainless Steel Reverse Osmosis
,Customisable Flow Rate Reverse Osmosis
,Pure Water Reverse Osmosis
Water Quality:
18.2 MΩ.cm
Voltage:
220V/380V
Warranty:
1 Year
Flow Rate:
Customisable
filtration rate:
99.5%
Material:
EDI
Application:
Electronic Chips, Semiconductors, Lenses, Glass Factory
Operational Runs:
Automation
Key Attributes
Brand Name:
nettronics
Model Number:
JC-CC1T/D
Place of Origin:
sino
Certification:
EC
Minimum Order Quantity:
1
Price:
liaise
Supply Ability:
liaise
Delivery Time:
7-10working days
Payment Terms:
T/T
Standard Packaging:
Export Wooden Box
Product Description
Automation Operational Runs Stainless Steel Reverse Osmosis Pure Water Configuration
DI Ultrapure Water Device - Electronic Optical Disc Production Water System
Ultrapure Water Equipment Overview
Our ultrapure water equipment features a comprehensive pretreatment + reverse osmosis + EDI system that effectively removes salts, impurities, bacteria, and other contaminants from water, ensuring output quality meets enterprise production requirements. The system employs an integrated design with modular installation, offering low energy consumption and minimal space requirements.
The system integrates RO reverse osmosis and EDI technology with constant flow pressure control, working in conjunction with pretreatment systems to deliver stable water quality, easy operation, low operating costs, environmental friendliness, and simplified maintenance. Produced water achieves resistivity ≥ 18.2MΩ.CM at 25°C.
EDI High Purity Water Technology
EDI serves as the secondary desalination equipment following reverse osmosis, capable of producing water quality up to 10-18.2MΩ.CM. This technology is widely applied in microelectronics, semiconductor manufacturing, power generation, pharmaceutical industries, and laboratories. It also serves as pharmaceutical distilled water, food and beverage production water, power plant boiler makeup water, and high purity water for various applications.
EDI utilizes anion and cation membranes in symmetrical stacked configuration with ion exchange resins. Under direct current voltage, ion exchange occurs while water electrolysis generates H+ and OH- ions that continuously regenerate the resins. This continuous exchange-regeneration process enables production of increasingly pure water, easily achieving high purity standards.
Combining reverse osmosis technology with ion exchange, EDI equipment features intelligent microprocessor control systems that automatically monitor and display water quality while ensuring consistent water production volume.
EDI Technology Advantages
EDI technology offers significant advantages over traditional mixed ion exchange (MB-DI):
- Ion exchange resin usage reduced to approximately 5% of traditional methods
- No chemical regeneration required, eliminating acid, alkali, and cleaning water consumption
- Environmentally friendly clean production technology with no waste discharge
- Easy automation integration with stable water quality when combined with RO technology
- Produces water meeting national electronic grade I standards with resistivity of 15-18MΩ-cm
- Excellent removal capability for weakly dissociated substances including CO₂, silicon, boron, and ammonia
- Continuous pure water production process without regeneration downtime
Product Features
- Fully automatic control system with imported components for high stability and easy operation
- High automation with immediate shutdown and automatic protection during faults
- Composite membrane modules providing high solute separation and transmission rates
- Low energy consumption with high water utilization rates and reduced operating costs
- Compact structural design with minimal space requirements
- Advanced membrane protection system with automatic contaminant flushing during shutdown
- Minimal maintenance requirements with no wearing parts for long-term effective operation
- Integrated CIP membrane cleaning system design
- French Schneider electrical components for quality assurance and optimal configuration
- Optional remote monitoring system for real-time observation of operating conditions
Product Water Quality Specifications
| Parameter | Unit | 18MΩ Pure Water | Notes |
|---|---|---|---|
| Resistivity 25°C | MΩ-cm | ≥17.5 | |
| Microparticle (≥0.1μm) | pcs/ml | 5 | |
| Microparticle (≥0.2μm) | pcs/ml | 5 | |
| Bacterial Count | pcs/ml | 0.1 | |
| TOC | μg/L | 20 | |
| Na+ | μg/L | 0.5 | |
| K+ | μg/L | 0.5 | |
| Zn++ | μg/L | 0.2 | |
| Cu | μg/L | 0.2 | |
| SiO₂ | μg/L | 1 | |
| Cl | μg/L | 1 | |
| Backwater Pressure | bar | 2.5±0.5 | |
| Water Temperature | °C | 23±1 |
Important Note: Due to the specialized nature of this product, please contact our customer service before purchasing. Our team will recommend appropriate equipment based on your specific water consumption and quality requirements. To avoid future complications, please do not purchase equipment without consultation. For detailed specifications, parameters, or additional images, please contact customer service. We appreciate your support of Net Environmental Protection!
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