Heater Type Soxhlet Extraction Unit

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Heater Type Soxhlet Extraction Unit Specification

Features
Easy to operate, uniform heating, corrosion resistant body

Power Supply
AC mains

Glass Type
Borosilicate

Control Type
Rotary Control

Accuracy
±1°C

Display Type
Analog

Shape
Rectangular

Temperature Resistance
Up to 350°C

Heating Capacity
3 Heaters x 200 W

Type
Heater Type Soxhlet Extraction Unit

Dimension (L*W*H)
470 mm x 270 mm x 410 mm

Equipment Type
Laboratory Extraction Unit

Equipment Materials
Mild Steel Powder Coated

Power
600 W

Voltage
220-240 V AC

Material
Mild Steel, Borosilicate Glass

Application
Laboratory chemical, solvent extraction and analysis

Capacity (Ltr)
250 ml per extraction assembly

Number of Soxhlet Assemblies
3 (Available in 3, 4 or 6 test assemblies)

Heating Method
Individual heating mantle for each assembly

Mounting Type
Bench-top

Safety Features
Thermal cut-off, insulated body

Weight
Approx. 11 Kg

Soxhlet Material
High quality borosilicate glass

Primary Use
Extraction of soluble compounds from solid samples

Color
White (powder coated)

Extraction Flask Compatibility
125 ml to 250 ml

About Heater Type Soxhlet Extraction Unit

Procure the invincible Heater Type Soxhlet Extraction Unit-your impeccable solution for laboratory chemical and solvent extraction. Featuring dazzling performance with three individual heating mantles, each compatible with 125-250 ml extraction flasks, this unit offers bench-top convenience. Its robust construction, featuring powder-coated mild steel and borosilicate glass, ensures uniform, precise, and safe extraction up to 350C. With thermal cut-off, insulated body, and easy rotary control, this unit is ideal for extracting soluble compounds efficiently. Order today, add to cart, and experience unbeatable reliability in your lab analyses!

Material Superiority and Versatile Applications

Crafted from premium mild steel and high-quality borosilicate glass, the Heater Type Soxhlet Extraction Unit excels in durability and temperature resistance. Its surface is engineered to resist corrosion, maintaining pristine condition during demanding procedures. This unit accommodates not only classic solvent extraction, but also broader laboratory chemical analysis and sample preparation, making it ideal for research, industrial, and quality control environments.

Packaging Assurance and Professional Valuation

Experience premium order processing and thorough handling with every Soxhlet Extraction Unit. Each unit is securely packaged to prevent damage, ensuring it arrives in impeccable condition. Sample units are available for preliminary evaluation, supporting informed purchasing decisions. Backed by recognized certifications, the unit aligns with industry standards. Enjoy expert valuation, streamlined logistics, and reliable delivery when you order from a leading distributor, exporter, manufacturer, supplier, or trader in India.

FAQ's of Heater Type Soxhlet Extraction Unit:

Q: How does the Heater Type Soxhlet Extraction Unit function during the extraction process?

A: The unit utilizes individual heating mantles for each Soxhlet assembly, providing uniform and precise heating to extract soluble compounds from solid samples using solvents.

Q: What materials are used in the construction of this Soxhlet Extraction Unit?

A: It is manufactured from powder-coated mild steel for durability and borosilicate glass assemblies for superior chemical resistance and clarity.

Q: When should this Soxhlet Extraction Unit be chosen for laboratory work?

A: This unit is ideal for laboratories conducting solvent extraction, chemical analysis, or quality control that require accurate, safe, and repeatable extraction processes.

Q: Where can the Heater Type Soxhlet Extraction Unit be installed?

A: With its bench-top design and insulated body, the unit is suitable for installation in research labs, industrial labs, and educational settings.

Q: What benefits does the unit's safety features offer during use?

A: The inclusion of a thermal cut-off and insulated body ensures user safety and equipment longevity, effectively preventing overheating and providing peace of mind during continuous operation.