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Type I Ultrapure Water Purification System BKQ-201
Laboratory Ultrapure Water System
Key Features
- 1. 0.22μm bacteria-retentive final filter.
- 2. UP resistivity ≥18.2 MΩ cm.
- 3. One-touch switching between RO and UP water.
- 4. 10L Mirror-polished stainless steel sterile tank with built-in UV sterilizer.
- 5. Compact Design : Optimized Space & Easy Operation
- Split-type structure reduces benchtop footprint.
- Simple industrial design for flexible placement.
- Quick-change consumables for faster replacement and easier maintenance.
SKU: BKQ-201
Pricing & Resources
- Up to 3-Year Product Warranty
- US & EU Compliance Standards
- Door-to-Door Shipping
Recently Shipped To:
🇰🇷 South Korea , 🇧🇬 Bulgaria , 🇲🇾 Malaysia , 🇬🇭 Ghana
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Technical Specifications
Detailed operating and construction parameters for this model.
| Model | BKQ-201 |
| Production Rate | 20L/hr |
| Water Quality | Type I, Type III |
| Feed Water | Tap Water |
| Tank Capacity | 10L |
| Working Temperature | 10~35°C(inside room) |
| Feed Water Quality | Potable tap water (hardness < 200 ppm) |
| RO/UP Production Capacity | 20 L/h |
| RO/UP Dispensing Flow Rate | 60 L/h |
| RO Water Quality : | |
| Conductivity (μS/cm) | ≤ 10.0 μS/cm @ 25°C |
| TOC (RO) | ≤ 50 ppb |
| Salt Rejection | > 98.5% @ 25°C |
| Organic Rejection | > 99% |
| UP Water Quality : | |
| Resistivity (MΩ·cm) | ≥ 18.2 MΩ·cm @ 25°C |
| TOC (UP) | ≤ 10 ppb |
| Microorganisms | ≤ 1 CFU/mL |
| Particles | ≤ 1/mL |
| Heavy Metals | ≤ 0.1 ppb |
| RO Stages | (Single stage) |
| Working humidity | 30%-85% |
| Power supply | 220V (+10% or -10%), 50Hz (+1 or -1) "Use transformer can go 110V" |
| Water tank capacity | 10L (No pressure & bacteria) |
Product Features
Key design, performance, usability, and safety advantages.
1. 0.22μm bacteria-retentive final filter.
2. UP resistivity ≥18.2 MΩ cm.
3. One-touch switching between RO and UP water.
4. 10L Mirror-polished stainless steel sterile tank with built-in UV sterilizer.
5. Compact Design : Optimized Space & Easy Operation
Split-type structure reduces benchtop footprint.
Simple industrial design for flexible placement.
Quick-change consumables for faster replacement and easier maintenance.
6. Core Purification : Protecting Laboratory Water Quality
High-efficiency RO membrane for removing ions, organics, and particles.
10 mirror-polished stainless-steel sterile tank with built-in UV sterilizer.
0.22μm bacteria-retentive final filter as the final purification barrier.
7. Smart Monitoring : Efficient Management
Online monitoring of RO conductivity and UP resistivity.
Display of key water-quality data for laboratory management.
Tank level display, consumable replacement reminder, and automatic RO membrane flushing.
8. Stable & Reliable : Better Efficiency and Long-Term Operation
Constant dispensing flow for consistent output.
High-quality fittings and secure tubing connections for reliability.
Designed to support long-term stable use.
9. The reverse osmosis host has the RO membrane anti-scaling program design function, which periodically flushes the RO membrane surface and effectively protects the operation of the RO membrane.
10. Fully automatic control of liquid levels in all water tanks: The equipment connection between the intermediate water tank, pure water tank and water tank not only realizes linkage, but also protects each pump from idling and damage.
11. Online monitoring of product water quality and recycling treatment of unqualified water: To ensure that the water quality at the water point meets the requirements, the water quality of the host machine is monitored online in real time, and a water quality feedback device is installed to circulate and reprocess unqualified water.
Applications Explore common laboratory, research, industrial, and process applications.
Chromatography & Mass Spectrometry - HPLC, UPLC, LC-MS, GC-MS.
Spectroscopy & Elemental Analysis - ICP-MS, ICP-AES, AAS.
Precision Instruments - MALDI-TOF-MS, IC, TOC analyzers.
Chemical Analysis - Electrochemistry, spectrophotometric analysis.
Reagent & Media Preparation - Cell culture media preparation, molecular biology
reagent preparation.
Routine Laboratory Use - Clinical reagent dilution, routine water use in small and medium laboratories.