Description

The Water Purification System YG1039 / YG1039-1 is an advanced laboratory-grade purification system designed for critical applications requiring ultra-pure water. It delivers ASTM Type I (18.25 MΩ·cm) and Type II (<0.1 µS/cm) water, making it ideal for atomic absorption/emission spectroscopy, mass spectrometry, TOC detection, biochip development, and environmental monitoring.

Key features include a user-friendly touchscreen interface, real-time monitoring of water quality (conductivity, TOC, and particle count), and automatic filter replacement reminders. The system supports timed water dispensing, USB data export, and an optional inner circulation system to maintain peak water purity. With a 60-90 L/H production rate and low-voltage 24VDC power supply, it ensures safety in humid lab environments.

Priced competitively in the high-end lab water purification market, the YG1039 series offers exceptional value for research facilities, pharmaceutical labs, and industrial applications. Request a quote today to find the best pricing for your lab’s needs!

Frequently Asked Questions (FAQs)

• What is the difference between YG1039 and YG1039-1? Both models deliver ultra-pure water, but the YG1039-1 may include additional customization, such as enhanced circulation or higher flow rates. Contact us for detailed specifications.
• How often do filters need replacement? The system tracks filter lifespan and sends alerts, but typically, PP cotton and activated carbon filters last 3-6 months, while RO membranes and ultra-purification columns last 1-2 years, depending on usage.
• Can this system process tap water directly? It requires pre-filtered RO or purified water as input. For tap water, a pre-treatment system is recommended.

Advantages and Disadvantages

Advantages

• Lab-grade purity – Produces Type I (18.25 MΩ·cm) and Type II (<0.1 µS/cm) water with <3 ppb TOC.
• Smart monitoring – Real-time sensors, filter life tracking, and USB data export for compliance.
• Safe & efficient – Low-voltage operation, automatic alerts, and optional circulation for consistent purity.

Disadvantages

• Requires pre-filtered input – Cannot process untreated tap water directly.
• Higher initial cost – Premium features come at a higher price than basic purification systems.
• Regular maintenance needed – Filters and membranes require periodic replacement.

Product Use in the Field

This system is widely used in pharmaceutical QC, semiconductor manufacturing, and academic research where ultra-pure water is essential. Labs performing HPLC, GC-MS, or cell culture rely on its consistent resistivity and low TOC levels. Environmental testing facilities use it for trace organic analysis, while biotech labs depend on its pyrogen-free (<0.001 EU/ml) output for sensitive assays.

Recommendations

• Pre-filter incoming water to extend membrane lifespan.
• Export and analyze usage logs via USB to optimize water consumption.
• Consider the optional circulation system if storing water for long periods.

Ready to Upgrade Your Lab’s Water Purity? Request a customized quote now and ensure your lab meets the highest water quality standards!

Technical Specifications