Product Description
Soxhlet extraction is exhaustive extraction technique widely applied to analytes that are sufficiently thermally stable. the extraction solvent is continuously cycled though the matrix,by boiling and condensation ,with the sample being collected in the hot solvent.Robust Construction for Diverse ApplicationsBuilt from premium heat-resistant borosilicate glass and stainless steel, the Soxhlet extraction apparatus is designed to withstand challenging laboratory conditions and a wide range of solvents. Its robust construction makes it ideal for research, quality control, and routine analysis, especially in pharmaceutical, environmental, and food laboratories.
Flexible and Modular DesignOffering modular, easily replaceable components and compatibility with various flask sizes (from 100ml to 1000ml), this Soxhlet extractor accommodates different sample and solvent volumes. Its versatile design enables seamless switching between cellulose or glass fiber thimbles, meeting a spectrum of scientific extraction requirements.
Efficient, Reliable ExtractionEngineered for precise, steady extraction cycles, the apparatus achieves consistent solvent recovery and sample processing, thanks to its reliable atmospheric pressure operation and adjustable heating mantle (100W-500W). All elements promote leak resistance and easy assembly, ensuring dependable results in every laboratory setting.
FAQ's of soxhlet extraction apparatus:
Q: How does the Soxhlet extraction apparatus operate for sample extraction?
A: The Soxhlet extraction apparatus operates by continuously cycling solvent through the solid sample in a thimble using a boiling flask and a condenser (Liebig or Allihn type). The solvent dissolves desired compounds during each cycle, and the process repeats until extraction is complete, ensuring efficient transfer of analytes from the solid matrix.
Q: What types of samples and solvents can be used with this apparatus?
A: This apparatus can process up to 50g of solid material, depending on the thimble and flask size, and is compatible with a wide range of solvents due to its chemical-resistant borosilicate glass construction. Common applications include plant extractions, pharmaceutical testing, and environmental sample analysis.
Q: When is it recommended to choose between Liebig or Allihn condenser types?
A: Liebig condensers are generally suitable for extractions involving simple cooling needs or lower solvent vapor rates, while Allihn condensers are preferred for higher efficiency with greater surface area for condensation, making them suited for extractions with volatile solvents or when efficient cooling is necessary.
Q: Where should this Soxhlet extraction system be installed and used?
A: The apparatus is designed for benchtop mounting in laboratory environments. It should be set up in well-ventilated, safe lab spaces, such as research, industrial, or academic laboratories, ensuring stable access to electrical supply (220V-240V AC) and suitable exhaust for solvent fumes.
Q: What is the process of assembling and cleaning the Soxhlet apparatus?
A: Assembly involves connecting modular, ground-joint components such as the boiling flask, extractor body, and condenser using leak-resistant joints. Disassembly and cleaning are straightforward due to the apparatus's modularity and high-quality materials, making it easy to maintain between uses.
Q: How does this equipment benefit laboratory extraction procedures?
A: The apparatus provides consistent, reproducible extraction with efficient solvent recovery, thanks to its adjustable heating mantle and precise reflux cycle. Its compliance with IS/ISO and ASTM standards ensures data reliability, while robust construction and chemical resistance allow prolonged, safe use in intensive settings.