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Soxhlet Extraction Apparatus

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Soxhlet Extraction Apparatus Specification

Power Supply
AC supply

Features
Durable, corrosion resistant, transparent

Glass Type
High quality borosilicate glass

Shape
Cylindrical siphon design

Heating Capacity
Adjustable, up to 300Â°C

Speed Range
Standard extraction cycle

Accuracy
Reproducible extraction yield

Temperature Resistance
Up to 300Â°C

Control Type
Manual or digital thermostat

Type
Soxhlet Extraction Apparatus

Dimension (L*W*H)
Standard sizes (custom options available)

Equipment Type
Laboratory glassware

Equipment Materials
Borosilicate glass, rubber, metal clamps

Power
Electrical heating mantle (as required)

Voltage
220V / 110V options

Material
Borosilicate glass

Application
Laboratory extraction of soluble compounds

Capacity (Ltr)
50 ml â 1000 ml

Extraction Vessel Capacity
Customizable from laboratory to pilot scale

Packing
Individual corrugated box with foam padding

Condenser Type
Allihn or Liebig condenser

Power Consumption
Approx. 100W–500W depending on device

Compatibility
Fits most laboratory heating mantles

Mounting
Tabletop installation

Safety
Heat and chemical resistant, pressure vent

Usage Method
Batch extraction with solvent recycling

Joint Size
Standard ground glass joints (sizes like 24/29, 29/32, 34/35)

About Soxhlet Extraction Apparatus

Soxhlet Extraction Apparatus

Soxhlet Extraction Apparatus, consists of Flask, Extractor and condenser.

Extractor cap. (ml)

Extractor Socket

Extractor Cone

Flask Cap

Condensor Type

100

45/40

29/32

250

ALLIHIN

150

45/40

29/32

250

ALLIHIN

250

45/40

29/32

500

ALLIHIN

500

60/46

29/32

1000

ALLIHIN

1000

71/55

29/32

2000

ALLIHIN

100

45/40

29/32

250

DIMROTH

150

45/40

29/32

250

DIMROTH

250

45/40

29/32

500

DIMROTH

500

60/46

29/32

1000

DIMROTH

1000

71/55

29/32

2000

DIMROTH

Efficient Solvent Extraction

The Soxhlet Extraction Apparatus is specifically engineered for reproducible extraction of soluble compounds from a solid matrix. Its batch extraction process with solvent recycling allows for minimal solvent use while maximizing extraction yield. This method ensures consistent results, making it a benchmark in laboratory extraction techniques.

Customizable for Laboratory and Pilot Scale

Vessel capacities are fully customizable, ranging from small-scale laboratory tests to pilot production up to 1000 ml. This adaptability makes it suitable for various research, quality control, and even scale-up applications across academic, industrial, and pharmaceutical laboratories.

Durable and Safe Construction

Built with high-grade borosilicate glass and secured using metal clamps and rubber fittings, the apparatus ensures long-term durability. The glassware resists corrosion, high temperatures (up to 300C), and most chemicals. For safety, features include a pressure vent and compatibility with electrical heating mantles, providing a secure laboratory environment.

FAQs of Soxhlet Extraction Apparatus:

Q: How does the Soxhlet Extraction Apparatus facilitate solvent extraction?

A: The Soxhlet Extraction Apparatus operates on a batch extraction principle, continuously recycling the chosen solvent through the sample, ensuring thorough extraction of targeted compounds. The system collects the extract in the vessel, with the process repeating automatically, maximizing extraction efficiency while conserving solvent.

Q: What vessel capacities are available for the Soxhlet Extraction Apparatus?

A: Vessel capacities are highly customizable, ranging from as little as 50 ml for small research samples up to 1000 ml for pilot-scale extractions. This allows laboratories to select a size that best matches their application needs.

Q: When is it beneficial to use Soxhlet extraction over other extraction methods?

A: Soxhlet extraction is advantageous when a complete and reproducible extraction of soluble compounds from solid materials is required, especially for quality control, analytical chemistry, and R&D. It is preferable when solvent conservation, automation, and reproducible yields are important considerations.

Q: Where is the Soxhlet Extraction Apparatus typically installed and used?

A: The apparatus is commonly mounted on laboratory tabletops and is suitable for use in research institutes, universities, industrial labs, and quality control settings. Its compatibility with standard laboratory heating mantles enhances versatility for various extraction protocols.

Q: What safety measures are integrated into the Soxhlet Extraction Apparatus?

A: Safety features include the use of heat- and chemical-resistant borosilicate glass, robust metal clamps, and a pressure vent to prevent over-pressurization. The setup also provides stable electrical operation through approved heating mantles and features non-corrosive components for long-term reliability.

Q: How is the temperature controlled during the extraction process?

A: Temperature management is achieved through an adjustable heating mantle, with either manual or digital thermostatic controls, providing precise settings up to 300C. This ensures optimal extraction conditions for various solvent and sample types.

Q: What are the main benefits of using a Soxhlet Extraction Apparatus?

A: The apparatus offers durability, accurate and reproducible extraction yields, efficient solvent recycling, and versatile customization options. Its transparent design enables easy process monitoring, while standardized fittings facilitate integration into existing laboratory setups.

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