About Reflux Extractor
Reflux ExtractorReflux Extractor 4000 GMSThe simple apparatus working on the same operation principle of consisting of cylindrical glass jar supporting two metal cones of stainless steel cloth and a metal condenser on top of the jar. Supplied complete with 100 filter papers & wire gauge, Hot Plate.
Precision Extraction and RecoveryLeveraging advanced microprocessor-based digital control, the Reflux Extractor ensures highly accurate extractions with an impressive solvent recovery rate of 98% or higher. Its adjustable motor speed and a timer range of up to 999 minutes allow for tailored operation, accommodating various research and industrial requirements.
Robust Safety and ReliabilityEquipped with multiple protection mechanisms, this extractor keeps operations secure. Overload and overheat safeguards, automatic shut-off features, and audible alarms actively prevent equipment damage and user risk. Integrated sensors deliver real-time monitoring and control for peace of mind during prolonged usage.
Versatile Capacity and UsageAvailable in models from 2 to 6 heating mantles and adjustable capacities up to 5 liters, the Reflux Extractor adapts to different lab scales and process demands. The high-grade stainless steel chamber and borosilicate glass bottles ensure chemical resistance and long-term durability for intensive extraction cycles.
FAQs of Reflux Extractor:
Q: How does the overload and overheat protection system function in the Reflux Extractor?
A: The extractor uses integrated sensors and a microprocessor-based control system to continuously monitor both temperature and electrical load. If an overload or excessive heat is detected, it automatically activates the safety mechanisms: shutting off the power and sounding an audible alarm to alert users.
Q: What is the recommended process for setting the digital timer and achieving accurate extraction?
A: Users simply input the desired duration into the LED digital display, which offers a range from 0 to 999 minutes. The microprocessor ensures precise timing throughout the extraction cycle, maintaining a timing accuracy of 0.5%, which optimizes results and solvent recovery.
Q: Where is the Reflux Extractor typically used, and for which applications is it best suited?
A: This extractor is widely used in research laboratories, chemical industries, and academic institutions across India for Soxhlet and solvent extraction processes. It excels in extracting fats, oils, bioactive compounds, and environmental samples due to its controlled operation and robust solvent recovery rate.
Q: What are the benefits of the water-cooled, inbuilt condenser in the extraction process?
A: The water-cooled condenser quickly condenses vaporized solvents, significantly enhancing solvent recovery (98%) and speeding up the extraction process. This method also ensures temperature stability within the extraction chamber, reducing sample loss and providing consistent results.
Q: How does the automatic and semi-automatic operation improve user experience?
A: Both operating modes offer flexibility: automatic operation streamlines the process, reduces human error, and enhances productivity, while the semi-automatic mode provides manual intervention for custom protocols. This versatility makes it easy to adapt to specific extraction needs and laboratory workflows.
Q: What types of materials are used in the construction of the extractor, and how do they maximize its durability?
A: The Reflux Extractor is built from high-grade SS 304 or SS 316 stainless steel and borosilicate glass. These materials are chosen for their corrosion resistance and ability to withstand high operating temperatures, ensuring longevity even under intense laboratory conditions.
Q: When should you select a model with a higher number of heating mantles or greater load capacity?
A: Choose models with more heating mantles and larger load capacity (up to 5 liters) when conducting multiple simultaneous extractions or processing larger sample volumes. This scalability suits institutions or laboratories with high-throughput extraction requirements.