Ultrapure Water System LUWS-T2015

Introduction

Ultrapure Water System delivers a consistent water yield of 20 output suitable for laboratory and analytical applications. Automatically powers down the UV lamp when water flow stops, saving energy and extending lamp life. It employs a premium membrane for final-stage filtration and water purity. Our Ultrapure Water System provides high-purity water for use in laboratories, research, and analytical applications.

This water purification system is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Ultrapure Water System provides high-purity water for laboratory, pharmaceutical, and electronics applications, ensuring exceptional purity, reliable performance, and minimal contaminants for sensitive processes.

Specifications

Water Yield	20 L/H at 25 ℃
Resistivity	15 to 18.2 MΩ.cm
Heavy Metal Ion	Less than 0.1 ppb
Bacteria	Less than 1 /ml
Particulate Matter	Less than 1
Ion Retention Rate	97 to 99%
Organic Matter Retention Rate	Greater than 99% when Molecular Weight greater than 2000 Dalton
Particle and Bacterial Retention Rate	Greater than 99%
Raw Water Temperature	5 to 45℃
Water Pressure	0.2 to 0.4 Mpa
Power Consumption	75 W
Power Supply	AC220V / 50Hz
Dimensions	430×280×505 mm

Features

Fine-particle retention mechanism

High-rate ion removal

Compact, lab-friendly design

Low-power consumption unit

Wide-range input compatibility

FAQs

1. How does the Ultrapure Water System ensure water purity?

Ultrapure Water system utilizes a multi-stage filtration process, including reverse osmosis and ultra-purification columns, to effectively remove contaminants. It achieves a high water resistivity, indicating minimal ionic impurities, and maintains exceptionally low levels of total organic carbon () and heavy metal ions. This ensures the production of ultrapure water suitable for highly sensitive applications, such as pharmaceutical manufacturing, biochemical research, and laboratory testing, where the utmost purity is required to maintain the integrity of results and processes.

2. How does the Ultrapure Water System maintain low organic matter levels?

The Ultrapure Water System effectively removes organic compounds with a retention rate of greater than 99% for molecules larger than 2000 Dalton. This ensures that the water produced has exceptionally low levels of organic matter, making it highly suitable for experiments where organic contamination can significantly affect outcomes, such as protein analysis, molecular biology studies, and sequencing. By eliminating potential organic interference, it ensures accurate and reliable results, crucial for applications in research and clinical settings where precision is critical.

3. What makes the Ultrapure Water System energy efficient?

Ultrapure Water System operates with low power consumption of just 75W, ensuring efficient use of energy while consistently providing high-quality ultrapure water. This low energy requirement not only contributes to reduced operational costs but also makes the system an environmentally friendly option. Its energy-efficient design allows for continuous operation without significantly increasing electricity bills, making it a cost-effective solution for laboratories, research facilities, and industrial settings where ultrapure water is required daily for critical processes and experiments.

4. Can the Ultrapure Water System handle varying water temperatures?

Yes, the Ultrapure Water System is designed to work with raw water temperatures ranging from 5°C to 45°C, making it highly adaptable to different environmental conditions. This flexibility ensures reliable water purification in a variety of climates, whether in cold or hot regions, and can handle fluctuations in raw water temperatures without compromising performance. Its robust design allows for a consistent output of ultrapure water, making it suitable for installation in diverse geographic locations, research facilities, or industrial environments with varying temperature conditions. This adaptability ensures the system's efficiency and reliability in maintaining water quality under all circumstances.

5. Is the Ultrapure Water System suitable for large-scale operations?

Yes, our Ultrapure Water System is suitable for small to medium-scale operations. Its capacity of 20 L/h makes it an ideal choice for laboratories, small production facilities, and research settings that require a steady and reliable supply of ultrapure water. For large-scale industrial operations or high-demand applications requiring higher volumes of ultrapure water, our system can be easily configured in parallel with additional units. This flexibility allows the system to efficiently meet the increased demand while maintaining consistent water quality, making it scalable to suit growing operational needs.

6. How does the Ultrapure Water System ensure low particulate matter in the water?

To maintain the highest water quality, our Ultrapure Water System ensures that particulate matter levels are kept to a minimum, with less than one particle per milliliter. This is achieved through advanced filtration processes, including ultrafiltration and microfiltration, which remove fine particles, dust, and debris that could otherwise contaminate experiments or production processes in highly sensitive applications. The system is designed to effectively capture even the smallest particles, ensuring that processes such as protein analysis, pharmaceutical production, or microelectronics manufacturing remain free from contamination and deliver accurate, reliable results.