About Soxhlet Extraction
Soxhlet Extraction
Specifications of Soxhlet Extraction
Heater Mantle Type : Unit of three or six. Available in different capacities.
Hot Plate Type : Tis heater is used to heat soxhlet flasks and it consists of a mild steel housing. Unit of three or six. Three or six hot plates of dia 4 1/2" are mounted on top of the housing and can be operated by individual a) ON/OFF switch b) Rotary switch c) Energy regulator as per requirements. Mild steel housing has two rods with two adjustable cross rods on which the glass apparatus can be fixed. Electrically operated on 220 / 230 volts AC mains with max. power rating of 900 watts. The apparatus is supplied without glass parts.
Glass Parts : Complete with one flask and bulb condenser with interchangeable joints. Different capacities.
Purpose-Built for Efficient ExtractionSoxhlet Extraction Apparatus offers continuous extraction of soluble compounds from solid materials using suitable organic solvents. Commonly used in research, educational institutes, and analytical chemistry labs, it simplifies the isolation of specific substances from complex mixtures. Its robust design and wide glass body improve accessibility for cleaning and sample handling.
High-Quality Glass for ReliabilityCrafted from high-grade Borosilicate 3.3 glass, the unit boasts remarkable resistance to chemicals and thermal fluctuations. This durability ensures safe operation within a wide temperature range (from -20C to 250C), enabling precise, repeatable experiments. The transparent material aids in monitoring the process visually, while precision ground joints effectively minimize solvent loss.
Customizable & ConvenientAvailable in several standard storage capacities (50 ml, 100 ml, 250 ml, 500 ml) and customizable formats, this apparatus addresses diverse scientific extraction needs. Its modular design with cylindrical shape, clear end connections, and lightweight structure supports both routine laboratory work and specialized extractions, providing flexibility and ease of use.
FAQs of Soxhlet Extraction :
Q: How does the Soxhlet Extraction Apparatus operate?
A: The apparatus operates by continuously washing the solid material with a boiling solvent. As the solvent cycles through the system, it extracts soluble compounds and collects them in the flask, providing efficient solid-liquid extraction under atmospheric pressure conditions.
Q: What applications is this Soxhlet extractor suitable for?
A: This Soxhlet extractor is ideal for laboratory extraction of soluble compounds from solid samples, commonly used in academic, industrial, and analytical chemistry settings. It is also well-suited for research involving natural product isolation and quality control of raw materials.
Q: When should I use a Soxhlet extractor instead of direct solvent extraction?
A: You should use a Soxhlet extractor when the desired compound is only partially soluble in a solvent, or when continuous extraction is needed for efficient isolation. It is particularly beneficial for samples requiring multiple solvent washings without manual intervention.
Q: Where can the Soxhlet extraction apparatus be used?
A: The apparatus is designed for use in research laboratories, educational institutions, and quality control departments within pharmaceutical, environmental, and chemical industries owing to its accurate and repeatable extraction performance.
Q: What are the main benefits of using Borosilicate 3.3 glass in this extractor?
A: Borosilicate 3.3 glass provides high chemical and thermal resistance, durability, and transparency, ensuring reliable performance during repeated heating cycles and exposure to a variety of organic solvents.
Q: How is cleaning and maintenance handled for this glassware?
A: Thanks to the wide glass body and precision ground joints, all components are easy to access and clean using standard laboratory cleaning methods, reducing the risk of cross-contamination and prolonging the apparatuss lifespan.
Q: What heating devices are compatible with this Soxhlet apparatus?
A: This glass extractor is compatible with a range of heating devices including heating mantles, sand baths, and water baths, offering versatility for different laboratory setups and experimental needs.