didn't see what you are looking for ?
U bend tube adapters supplied by LabChoice Australia are designed to provide smooth directional redirection of vapours, gases or liquids within jointed glassware assemblies used in distillation, reflux, 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 specifications, these adapters offer excellent thermal resistance, chemical durability and dimensional precision. Their reinforced curved geometry ensures reliable performance during repeated heating and cooling cycles encountered in advanced laboratory environments.
The U shaped bend creates a controlled pathway that allows technicians to redirect condensate or vapour flow without disrupting system continuity. This geometry is especially useful where vertical alignment is required or when assembling compact apparatus configurations with limited space. Precision ground joints provide airtight connection to standard taper glassware, helping prevent vapour loss and maintaining stable internal pressure during sensitive procedures such as fractional distillation or inert gas transfer. The high clarity BORO 3.3 glass construction allows full visual monitoring of flow behaviour and joint engagement throughout use.
U bend tube adapters are widely used in organic synthesis, essential oil distillation, gas absorption experiments, reflux assemblies and general chemical processing where controlled redirection of vapour or gas pathways is required. Their inert glass composition ensures compatibility with acids, bases, organic solvents and reactive gases, supporting long term use in demanding research and analytical environments.
Each U bend tube adapter supplied by LabChoice Australia undergoes ISO 9001 aligned quality control inspections. This includes dimensional verification of joint tapers, clarity and surface finish assessment, wall thickness measurement and structural integrity evaluation. Adapters are tested for smooth internal transitions, accurate bend formation and leak free assembly before packing. These rigorous checks ensure dependable performance for laboratories requiring precise and stable glass components for flow redirection within apparatus systems.