Raw Water Treatment Laboratory Ultra-Pure Water Machine RUPL

Xinrui Laboratory Ultrapure Water System is a water purification equipment for laboratory use, designed to remove all solid impurities, salt ions, bacteria, viruses, and other contaminants from water through methods such as filtration, reverse osmosis, electrodialysis, ion exchange, and UV sterilization. Laboratory ultrapure water systems are widely used in industries such as pharmaceuticals, electronics, chemicals, and biological and理化 laboratories. These systems typically produce both pure water and ultrapure water. Xinrui Laboratory Ultrapure Water approaches the theoretical purity limit in terms of resistivity, organic content, particles, and bacterial count. It is pre-purified through ion exchange, RO membrane, or distillation, and then further refined via nuclear-grade ion exchange to obtain ultrapure water. Generally, ultrapure water has a resistivity of up to 18.2 MΩ·cm, TOC <10 ppb, filters out particles as small as 0.1 μm or even smaller, and has a bacterial content below 1 CFU/ml. Ultrapure water is suitable for various precision analytical experiments, such as High-Performance Liquid Chromatography (HPLC), Ion Chromatography (IC), and Inductively Coupled Plasma Mass Spectrometry (ICP-MS).
Working Principle of Xinrui Laboratory Ultrapure Water System: The system works by first pretreating tap water with precision filter cartridges and activated carbon cartridges to remove particles like sediment and adsorb odors, making the tap water cleaner. It then undergoes reverse osmosis for purification and desalination. The purified water is stored in a tank, meeting the national三级 water standard, while wastewater from the reverse osmosis process is discharged. Reverse osmosis purified water is further desalinated through purification columns to produce Grade I water or ultrapure water. If the user has specific requirements, additional devices such as UV sterilizers, microfiltration, or ultrafiltration can be added to remove residual bacteria, particles, pyrogens, etc. Precision filter cartridges, activated carbon cartridges, reverse osmosis membranes, and purification columns all have limited lifespans. The precision and activated carbon filters protect the reverse osmosis membrane; if they fail, the load on the RO membrane increases, shortening its lifespan. Continued operation under these conditions degrades water quality, increasing the burden on the purification column and reducing its lifespan, ultimately raising the operating costs of the ultrapure water system.
Performance Features of RUPL Series Ultrapure Water System:
· Automatic backflush function upon startup
· Low-pressure alarm and shutdown protection, automatic stop when the tank is full
· Simultaneous online monitoring of two water quality paths, real-time monitoring of RO water and ultrapure water quality
· No-water alarm, full-water alarm for safety assurance
· Graded water output, dual-purpose machine
· Multiple storage tank specifications available to meet different needs
· Ergonomic chassis design, compliant with GLP standards
· All pipelines NSF certified, new quick-connect fittings for easier filter column replacement and maintenance
· Original imported nuclear-grade resin, full downflow ultrapure column design to ensure top water quality at all times
· Online monitoring of two water temperatures
RUPL Series Ultrapure Water System (using tap water as source)
Name: Basic Application Ultrapure Water System
Product Model: RUPL Series Ultrapure Water System
Inlet Requirements: Municipal tap water; TDS <200ppm; Water pressure >0.1Mpa; Water temperature: 5-45°C
Ultrapure Water Quality: Resistivity 18.25 MΩ·cm@25°C
Heavy Metal Ions: <0.1 ppb
Total Organic Carbon (TOC): <10 ppb
Microorganisms/Bacteria: <1 CFU/ml
Pyrogens/Endotoxins: -------------------------------------------------------------------------------------
Particles (>0.22μm): <1/ml
Technical Specifications: Power/Power Consumption 55W
Water Production Rate: 40L/H-100L/H
Instant Water Output: RO water 2L/min; UP water 1.8L/min
Dimensions/Weight:
Control System: Operation Mode Display: Power, water shortage, full water, pure water intake, ultrapure water intake, flushing, etc.;
Safety Performance: No water or low water pressure, full water shutdown, etc.;
System Monitoring: Ultrapure water quality monitoring, RO water quality monitoring,
Purification System: Pretreatment Unit: External softening filter (recommended for areas with high water hardness); 1μm deep PP filter cartridge*2 + precision activated carbon filter cartridge
RO Reverse Osmosis Unit: RO reverse osmosis membrane;
Post-Purification Unit: Deionization ultrapure resin (original import from the USA)
Standard Configuration: Main unit + ultrapure package + pressure tank + accessory kit
Applications: PCR applications and analysis, meteorological analysis; precision instrument analysis, amino acid analysis; analytical reagent and drug preparation, dilution; liquid chromatography, gas chromatography, atomic absorption, atomic fluorescence, atomic emission, ion chromatography, plasma emission spectroscopy
Price .................................................................
Note: 1. Inlet water quality affects output water quality and filter column lifespan; 2. When source water quality is poor (TDS greater than 200ppm), RO pure water quality may drop to above 10 μs/cm²; 3. For source water TDS >500, a water softener is recommended.
Ultrapure Water System Consumables:
Name: Recommended Usage Time: Price
10-inch PP Filter Cartridge: 3-6 months:
Granular Activated Carbon: Approximately 6800L pure water:
Compressed Activated Carbon: Approximately 6800L pure water:
Booster Pump: -
100 Gallon RO Membrane: 1-2 years:
75 Gallon RO Membrane: 1-2 years:
Ultrapure Column: Approximately 6000 liters:
Terminal Filter: -
UV Sterilizer: Approximately 9000 hours:
Applications of Xinrui Laboratory Ultrapure Water System:
● Electronics industry production such as monocrystalline silicon, semiconductors, integrated circuits, IC chip packaging, picture tubes, glass bulbs, LCD displays, printed circuit boards, optics, optoelectronics, thermal power plants, metallurgy, chemicals, light industry, automotive manufacturing, pharmaceuticals, medical and health care, etc., for manufacturing industrial pure water;
● Pharmaceutical industry for large-volume infusions, pharmaceutical preparations,检验分析, hemodialysis, drug manufacturing, preparation process water production;
● Coating industry such as electroplating, battery production, electrophoretic paint production lines; surface cleaning and coating of automobiles, electrical appliances, and building materials; glass