Soxhlet Stillhead for Extraction Apparatus, Borosilicate Glass (BORO 3.3), Heavy Quality

Description Description A Soxhlet stillhead is an essential component of a complete Soxhlet extraction assembly, providing the connection between the condenser and extraction chamber during continuous solvent extraction. This heavy quality BORO 3.3 stillhead offers excellent thermal stability and chemical resistance, supporting long duration extraction cycles commonly used for isolating fats, oils, active compounds, environmental residues, and plant based analytes. The high clarity glass allows clear visibility of solvent vapour movement and condensate return, ensuring smooth operation throughout the reflux and extraction process. The BORO 3.3 borosilicate composition follows ISO 3585 requirements for laboratory grade borosilicate glass and aligns with ASTM E438 expectations for chemically resistant, heat tolerant glassware. The heavy wall construction provides increased durability during repeated heating and cooling cycles, while the precision ground joints create secure, leak free connections with Soxhlet extractors and condensers. This structural consistency supports efficient solvent circulation, stable temperatures, and reliable performance during extended laboratory extractions. Laboratories choose this stillhead for applications in natural product extraction, food chemistry, environmental analysis, polymer research, pharmaceutical testing, and academic teaching programs that involve continuous solvent extraction. Its robust construction and accuracy support the expectations of LabChoice Australia customers who rely on dependable BORO 3.3 components for high quality analytical workflows. Designed for repeated use in modern Australian laboratories, this heavy quality Soxhlet stillhead offers stable performance, long service life, and trusted compatibility within standard Soxhlet extraction assemblies. . Item Code Capacity (ml) Socket Cone Pack LC-11-SS4501 100 B 40 B 24 1 LC-11-SS4502 200 B 50 B 24 1 LC-11-SS4503 400 B 55 B 24 1