Introduction
Deionized Water Purification System offers water output of 15L/hour. Its dual-stage filtration includes RO and DI processes for enhanced purity. The system effectively removes ions, organic matter, and bacteria for consistent quality. Designed for low-maintenance operation, it ensures long-term efficiency. model features compact dimensions and stable performance.
Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.
Applications
Deionized Water Purification System is employed in pharmaceutical sector, electronic manufacturing, food industry, laboratory experiments, and scientific research.
Specifications
| Output | 15L/hour |
| Flowrate | 2L/min |
| Outlets | RO and DI |
| Feed Water | Portable tap water, 5 to 45℃, 1 to 4 bar |
| RO Water Quality | Ion rejection rate: greater than 98%, Organic rejection rate (MW greater than 200dalton): greater than 99%, Particle and bacteria rejection rate: greater than 99% |
| DI Water Quality | Resistivity: greater than 16MΩ.cm at 25℃, Heavy metal ion: less than 0.1ppb |
| Display | LCD |
| Power Consumption | 72W/120W |
| Power Supply | AC100 to 240V, 50/60Hz |
| Dimension (L×B×H) | 600 × 490 × 580mm |
| Net Weight | 18Kg |
| Gross Weight | 35Kg |
Features
TDS/conductivity test pen
Self-flushing membrane
Backlit LCD control
Smart alarm function
Hassle-free installation
Independent cartridge design
Standard Accessories
Accessory | Unit | Quantity |
Cartridges | Set | 1 |
15 L Pressure Tank | Each | 1 |
TDS Pen | Each | 1 |
Accessory Bag | Pack | 1 |
FAQs
1. What is a Deionized Water Purification System?
A Deionized Water Purification System is an apparatus designed to remove all ionized minerals and salts from water, producing ultra-pure water for various applications.
2. How does Deionized Water Purification System work?
It works by passing water through ion exchange resins that replace positive and negative ions with hydrogen and hydroxide ions, effectively removing dissolved salts and impurities.
3. Why is Deionized Water Purification System used in pharmaceutical manufacturing?
It is used in pharmaceutical manufacturing to ensure ultra-pure water free from ionic contaminants for safe and effective drug production.
4. How is Deionized Water Purification System used in hospital laboratories?
It is used in hospital laboratories to provide ultra-pure water for diagnostic testing, preventing contamination that could affect patient results.
5. What role does Deionized Water Purification System play in agriculture research?
It plays an important role in agriculture research by supplying consistent, contaminant-free water that does not skew results in controlled growth environments.
6. Why is Deionized Water Purification System necessary in biomedical device production?
It is necessary in biomedical device production to avoid ionic contamination that could affect device sterility, performance, or biocompatibility.
7. How does Deionized Water Purification System assist in quality control testing?
It assists in quality control testing by supplying consistent, high-purity water for controlled testing environments, free from variables introduced by minerals.
8. Why is Deionized Water Purification System important in biotech cell culture?
It is important in biotech cell culture to supply contaminant-free water that supports healthy cell growth and accurate research outcomes.
9. How does Deionized Water Purification System support microelectronics production?
It supports microelectronics production by rinsing components with ultra-pure water, reducing defects caused by impurities.
10. Why is Deionized Water Purification System used in microbiology media preparation?
It is used in microbiology media preparation to ensure water purity, avoiding contamination that could affect microbial growth.
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