Pyrex Soxhlet Extractor Body 50 mL

The Pyrex Soxhlet Extractor Body 50 mL from Corning is precision-engineered laboratory glassware designed for solid-liquid solvent extraction in small-scale applications. Manufactured from durable Pyrex borosilicate glass, this Soxhlet extractor body ensures excellent chemical resistance, thermal stability, and reliability in demanding laboratory environments.

Key Features & Specifications

• Manufacturer / Brand: Corning – Pyrex

• Capacity: Approx. 50 mL

• Siphon Height: 70 mm

• Top Joint: Outer Standard Taper 24/25

• Bottom Joint: Inner Standard Taper 12/18

• Material: Pyrex borosilicate glass for superior durability and chemical resistance

• Component: Extractor body only, designed for integration into complete Soxhlet assemblies

Product Advantages

• Compact 50 mL Volume – Ideal for small-scale or sample-limited Soxhlet extraction experiments.

• Durable Pyrex Glass – Resistant to heat, solvents, and corrosive chemicals for long service life.

• Standardized Joints – Features 24/25 outer joint (top) and 12/18 inner joint (bottom) for secure compatibility with matching flasks and condensers.

• Efficient Soxhlet Extraction – Enables continuous solvent cycling for complete recovery of analytes from solid samples.

• Trusted Laboratory Brand – Manufactured by Corning, a leader in precision scientific glassware.

Applications

The 50 mL Pyrex Soxhlet extractor body is especially well-suited for:

• Analytical chemistry labs – small-sample extraction for chemical analysis

• Environmental testing – trace pollutant or contaminant extraction from soils and sediments

• Food and agriculture – lipid/fat determination in micro-samples

• Educational labs – teaching Soxhlet extraction principles in small-scale experiments

Buy Pyrex Soxhlet Extractor Body (50 mL)

HiTechTrader offers the Pyrex Soxhlet Extractor Body – 50 mL with 24/25 top joint and 12/18 bottom joint. This durable Pyrex glass component is the perfect choice for laboratories requiring reliable Soxhlet extraction at small sample volumes.