About All Quartz Double Distiller Horizontal Model 1 to 4 LPH
FEATURES
Efficient Quartz Condenser & Boiler fitted with a removable Quartz heater and screw thread connectors.
The quartz removable heater helps in easy cleaning of the boiler. The scaling formed can be cleaned easily.
Boiler is provided with Teflon Screw Cock for easy draining of water in the boiler while cleaning.
The distilled water is cool, around 40 to 60o C ensured by an efficient Quartz condenser.
All joints in the unit are made via Screw thread connectors with silicon rubber O ring, which helps in easy installation and avoids glassware breakage during assembly.
Superior Water Purity for Critical ApplicationsThis horizontal double distillation unit consistently delivers pyrogen-free distilled water with very low conductivity, making it perfect for research, analytical labs, universities, and pharmaceutical settings. The double distillation process ensures the removal of ionic, organic, and microbial contaminants, providing unmatched water quality for crucial scientific tasks.
Built with High-Quality and Safety in MindManufactured from high-purity quartz and borosilicate glass, this distiller is both corrosion-free and highly temperature-resistant. Integrated safety features like overheating and dry-heating protection, along with a manual control and LED indicators, ensure secure operation and prolong equipment lifespan, supporting long-term, worry-free use in demanding environments.
Ease of Operation and MaintenanceThe self-cleaning quartz heaters and standard taper glass jointed assembly simplify regular maintenance, minimizing downtime and extending the unit's efficiency. Its table-top mounting and ergonomic dimensions make it suitable for a variety of laboratory spaces, while the automatic features improve user convenience and operation reliability.
FAQ's of All Quartz Double Distiller Horizontal Model 1 to 4 LPH:
Q: How does the double distillation process improve water purity in this unit?
A: The double distillation process involves two consecutive stages of vaporization and condensation, effectively removing dissolved salts, organic impurities, and pyrogens. This results in high-purity water with conductivity under 1 S/cm at 25C, suitable for sensitive laboratory applications.
Q: What safety features are integrated into the All Quartz Double Distiller Horizontal Model?
A: The distiller includes overheating and dry-heating protection, ensuring automatic shutdown if there is a risk of damage. Its manual control with thermal safety cut-off and LED indicators further enhances operational security for laboratory staff.
Q: Where is this distillation unit best used?
A: This unit is specifically designed for laboratory environments such as research institutes, analytical laboratories, universities, and pharmaceutical facilities that demand high-quality, contaminant-free distilled water.
Q: What is the recommended cleaning process for the distillation unit?
A: Thanks to its self-cleaning quartz heaters, the device minimizes the need for extensive manual cleaning. Occasional inspection and gentle cleansing of accessible parts are recommended to maintain peak performance.
Q: When should you choose the 1, 2, or 4 LPH model variant?
A: Model selection should be based on daily distilled water requirements. The 1 LPH version suits smaller labs, while 2 and 4 LPH units provide higher output for institutions with greater demand or multiple concurrent applications.
Q: How is the All Quartz Double Distiller installed and operated?
A: The unit is designed for table-top mounting and runs on a standard single-phase 220/240V power supply. Users operate it via manual controls, and LED indicators provide real-time system status. A sufficient supply of cooling water is essential for steady operation.
Q: What are the key benefits of using this particular distillation equipment?
A: Users benefit from consistent, high-purity water output, robust safety protections, automatic operation, corrosion resistance, and minimal maintenance due to the self-cleaning design-ensuring reliability and ease of use in busy lab environments.