Flow Control Bend Adapter with Glass Stopcock BORO 3.3 Glass Laboratory Grade
didn't see what you are looking for ?
Flow control bend adapters with glass stopcocks supplied by LabChoice Australia are designed to provide precise regulation and directional control of vapours, gases and liquids within jointed glassware assemblies used in distillation, reflux, inert gas handling and synthetic chemistry workflows. Manufactured from high quality BORO 3.3 borosilicate glass compliant with ISO 3585 and ASTM E438 Type 1 Class A standards, these adapters deliver strong thermal resistance, chemical durability and dimensional accuracy. Their robust glass construction maintains stability during repeated heating and cooling cycles, ensuring reliable performance in demanding laboratory environments.
The angled bend configuration allows efficient redirection of flow pathways, helping technicians optimise apparatus layout, manage condenser positioning and integrate auxiliary equipment without disrupting the main vapour line. The precision engineered glass stopcock provides smooth rotational control, enabling accurate modulation of flow rate or complete shutoff when required. Its inert glass surface ensures compatibility with acids, solvents, reactive gases and other chemicals used in advanced laboratory procedures.
These adapters are widely used in organic synthesis, essential oil distillation, purification systems, vacuum setups and controlled atmosphere reactions. Their ability to regulate flow while redirecting vapour or gas paths makes them ideal for multi step distillations, gas introduction, venting processes and fine adjustment of reflux conditions. The high clarity BORO 3.3 body allows full visual monitoring of vapour behaviour, condensate formation and stopcock function during operation.
Every flow control bend adapter with glass stopcock supplied by LabChoice Australia undergoes ISO 9001 aligned quality control checks. This includes dimensional verification of joints, stopcock smoothness and sealing performance assessment, clarity and surface finish inspection, wall thickness measurement and structural integrity testing. Each unit is examined for airtight operation and accurate alignment before packing. These strict quality measures ensure dependable, precision control for laboratories requiring accurate flow regulation within glassware systems.