Send InquiryLaboratory (Lab Water) Plant
Laboratory (Lab Water) Plant Specification
- Pump Type
- Diaphragm Booster Pump
- Ph Level
- 6.5 - 7.5
- Power Consumption
- 50-150 W
- Flow Rate
- 1-2 L/min
- Usage & Applications
- Laboratory, Research, Analytical Applications
- Recycle Rate
- Up to 95%
- Technology
- RO + UV + UF
- Water Out Conductivity
- <1 S/cm
- Efficiency (%)
- Up to 99%
- Feature
- Compact design, Reliable filtration, Corrosion resistant
- Frequency
- 50 Hz
- Noise Level
- <50 dB
- Product Type
- Lab Water Plant
- Volume
- 10-50 Liters/day
- Water Source
- Tap Water
- Power Source
- Electric
- Automatic Grade
- Automatic
- Purity Level
- Up to 99.99%
- Material
- Stainless Steel / Food Grade Plastic
- Drive Type
- Electric
- Voltage
- 220 V / 50 Hz
- Filter Type
- Sediment + Carbon + RO + UF + UV
- Capacity
- 10-50 Liters/Day
- Installation Type
- Wall Mount / Table Top
- Pretreatment Stage
- 5 Stage Filtration
- Input Water Temperature
- 10-40C
- Water in conductivity
- 500-1000 S/cm
- Dimensions (LxWxH)
- 400 x 200 x 500 mm
- Membrane Type
- Thin Film Composite (TFC)
- Outlet Connection
- 14 inch Tube
- Tank Material
- Virgin Plastic/Steel
- Display
- LED Indication
- Service Support
- Available
- Operating Pressure
- 0.5-3.5 kg/cm2
- Cleaning System
- Manual/Automatic Flushing
- Net Weight
- Approx. 8-10 Kg
- TDS Reduction
- Up to 95%
Laboratory (Lab Water) Plant Trade Information
- Minimum Order Quantity
- 1 Unit
- Supply Ability
- 1 Unit Per Week
- Delivery Time
- 7 Days
About Laboratory (Lab Water) Plant
A Laboratory Water Plant is designed to produce high-purity water for analytical laboratories, pharmaceutical industries, research institutes, educational laboratories, hospitals, and quality control departments. The plant removes suspended solids, dissolved salts, silica and ionic impurities to produce water suitable for laboratory testing and sensitive analytical instruments.
Diverse Applications: Laboratory Water Plant Uses
This Laboratory (Lab Water) Plant is essential for a variety of application areas, including medical laboratories, research centers, and analytical facilities. Frequently used as a crucial water purification source for testing, reagent preparation, and sensitive experiments, it guarantees consistent, high-purity results. Other applications extend to quality control processes, pharmaceutical manufacturing, and environmental monitoring, making the system a valuable asset across numerous scientific and industrial settings.
Broad Supply Ability and Competitive Pricing
Our Laboratory (Lab Water) Plant ensures prompt availability, with express shipping offered for both domestic and global clients. Samples can be arranged upon request, and the lowest price is assured without compromising quality. We handle freight and logistics efficiently to serve major markets such as Asia, Middle East, Africa, and beyond. Customers rely on our dependable supply network, making us a trusted exporter, manufacturer, supplier, and service provider in India and abroad.
FAQ's of Laboratory (Lab Water) Plant:
Q: How does the multi-stage filtration system work in the Laboratory Water Plant?
A: The system utilizes a 5-stage filtration process, combining sediment, carbon, RO, UF, and UV steps to remove impurities, ensuring ultra-pure water with up to 99.99% purity for laboratory applications.Q: What are the primary usage areas for this Laboratory Water Plant?
A: This plant is mainly used in laboratories, research facilities, and analytical labs where high purity water is required for experiments, reagent preparations, and quality control procedures.Q: When should I perform maintenance or flushing on the system?
A: The cleaning system can be set to manual or automatic flushing. Routine flushing and maintenance are recommended based on the frequency of use and the quality of the input water, ensuring optimum performance.Q: Where can this Laboratory Water Plant be installed?
A: The compact design supports both wall-mount and tabletop installations, making it suitable for a range of laboratory setups with limited space requirements.Q: What benefits does the LED indication feature provide?
A: LED indication allows users to easily monitor system status and function, alerting operators to any maintenance needs or operational updates quickly and efficiently.Q: How efficient is the water purification process in terms of TDS reduction and purity level?
A: The system offers up to 95% TDS reduction, producing water with conductivity less than 1 S/cm and achieving purity levels up to 99.99%, suitable for sensitive analytical applications.
Price:
- 50
- 100
- 200
- 250
- 500
- 1000+
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