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The use of two-stage reverse osmosis (RO) and UV digestion technology can effectively reduce TOC and produce water resistivity > 10MΩ · cm; it can simultaneously produce first-level ultrapure water and third-level pure water, with a water production speed of 100L/h and a water flow rate of 17L/min to meet the continuous demand of large amounts; intelligent automatic control, real-time monitoring of water quality.
Category : Laboratory Pure Water System
Brand : HuiNuo
SKU : NB051012
Service :The delivery and service By NBCLab.Com
The HuiNuo HN-UV/SUN-3DZX laboratory ultrapure water machine is designed for laboratory applications with extremely high water quality requirements. Using advanced secondary reverse osmosis (RO) (RO) water treatment technology, secondary Resin purification process, and integrated UV digestion module, municipal tap water can be used as a water source to produce both ultrapure water (resistivity > 10MΩ · cm) meeting the first-class water standard and pure water meeting the third-class water standard. The addition of UV digestion technology can effectively reduce the total organic carbon (TOC) in ultrapure water, and meet the needs of precision experiments sensitive to organic matter such as HPLC, GC, TOC analysis. The water production rate of the equipment is up to about 100 liters per hour, and it is equipped with an external 10G pressure bucket and a 200L large-capacity liquid storage bucket as standard. The ultra-pure water outlet flow rate reaches 17L/min, fully meeting the continuous, large-scale, and high-standard water requirements of the laboratory.
High-efficiency two-stage reverse osmosis (RO) (RO) technology: The pore size of the RO film is only 0.0001 microns, effectively removing ≥ 96% of impurities. 2. UV digestion module: Dual-wavelength UV light reduces TOC and kills bacteria. 3. Secondary Resin purification: ready to use, no need for regeneration, stable effluent. 4. Dual water quality output: Ultrapure water (primary water) and pure water (tertiary water) are simultaneously produced. 5. Large-flow fast water generation and large-capacity water storage: water production speed Technologies 100 liters/hour, ultrapure water outlet flow rate 17L/min. 6. Silent and stable operation: brand high voltage silent pump, low noise. 7. Four-stage precision filtrate + UV module: including PP filter element, CTO activated carbon filter element, secondary RO film and secondary Resin filtrate, plus UV module. 8. Intelligent fully automatic control: automatic water production, water storage, and automatic water shutdown protection. 9. Real-time monitoring of effluent quality: The digital display panel displays the conductivity and resistivity of pure water. 10. High-quality waterway system: pressure-type closed system, inert material piping. 11. Convenient maintenance and economical operation: The filter element can be replaced, and the replacement price is economical.
This equipment uses municipal tap water as raw water and is purified by four-stage core treatment units and UV digestion modules. First, the PP precision filter and CTO activated carbon filter are pretreated to effectively remove sediment, rust, residual chlorine, etc.; then enter the secondary reverse osmosis (RO) (RO) membrane system, and the fine impurities, colloids, organic matter, heavy metals, bacteria and viruses are removed step by step through the RO membrane with a pore size of only 0.0001 microns, and the desalination rate is over 96%; then the water flows through the secondary Resin filtrate (ultra-purified column) to further purify, and the effluent resistivity is > 10M Ω · cm; finally, before the ultra-pure water is produced, the UV digestion module uses 185nm/254nm dual-wavelength ultraviolet light irradiation to reduce the total organic carbon (TOC) content and kill bacteria. Throughout the process, the fully automated control system automatically starts and stops according to the water level to ensure stable operation.
High performance liquid chromatograph (HPLC), gas chromatograph (GC), total organic carbon analysis (TOC), atomic absorption spectroscopy (AAS) (AAS), ion chromatograph (IC), mass spectrometry (MS), cell fostering and molecular biology experiments, standard solution preparation and precision analysis experiments, water supply for various high-Sensitivity analytical instruments, routine laboratory vessel cleaning and buffer preparation
First-class water standard, third-class water standard
1. Connect the municipal tap water source to ensure that the inlet water pressure meets the requirements. 2. Turn on the power supply of the device, and the fully automatic control system will start generating water. 3. After the water tank is full of water, the main engine will automatically stop, and it will automatically restart after the water level drops. 4. According to the experimental requirements, use ultrapure water or pure water from the corresponding water outlet. 5. Regularly replace the pretreated filter element to ensure stable water quality.
This equipment has requirements for raw water supply conditions, and failure to meet raw water parameters may lead to RO membrane fouling and damage. - If the equipment performance is damaged due to non-standard production conditions, it is not within the scope of quality assurance. If it is necessary to operate beyond the specifications, a suitable pre-processor must be selected to improve the quality of the raw water. The filter element is easy to replace, but requires regular maintenance to maintain water quality. The equipment is automatically protected during low water pressure or water outage to prevent idling damage.
[A] No, it isn't. This is the ex-factory price of the product in the Chinese Mainland. In addition to this price, buyers from different countries need to account for additional costs such as shipping fees, tariffs, and others. For specific regional quotes, please consult our customer service or fill out a quotation form.
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[A] After-sales repair for overseas instruments is an unavoidable issue. Our repair terms stipulate that the sender is responsible for the shipping and insurance costs incurred for the repair. Repairs within the warranty period are free, while repair costs beyond the warranty period are determined based on the actual situation.
