Spare Receiver for Dean and Stark Apparatus with Stopcock Cap, Borosilicate Glass (BORO 3.3), Heavy Quality

Description Description A Dean and Stark receiver is a key component used to collect and measure the water or solvent phase separated during azeotropic distillation. This heavy quality BORO 3.3 spare receiver provides a precise and reliable replacement for standard Dean and Stark assemblies, ensuring accurate phase measurement and secure handling during moisture determination, solvent drying, and chemical synthesis procedures. The clear borosilicate body offers excellent visibility of liquid separation, allowing users to monitor volume changes and distillation progress with confidence. The BORO 3.3 glass composition follows the durability and chemical resistance principles outlined in ISO 3585 for borosilicate laboratory glass and aligns with ASTM E438 requirements for heat resistant, high clarity glassware. The heavy wall construction enhances structural strength during prolonged heating cycles and repeated distillation runs. The integrated stopcock cap enables controlled drainage or transfer of collected liquid, supporting precise handling and reducing the risk of sample loss during operation. Its smooth internal surface minimises contamination and ensures compatibility with oils, solvents, and water based mixtures. This spare receiver is used across organic chemistry laboratories, polymer research, moisture analysis, petrochemical testing, academic teaching programs, and industrial R and D where continuous liquid separation is performed. Its dependable performance and high tolerance construction meet the expectations of LabChoice Australia customers seeking reliable BORO 3.3 components for accurate distillation work. Designed for long term use in Australian research and teaching environments, this heavy quality receiver offers stable measurement, consistent sealing, and trusted compatibility with standard Dean and Stark apparatus systems. Item Code Size (ml) Joint Size Pack LC-11-SR4701 10 ml 24/29 1 LC-11-SR4702 35 ml 24/29 1