Anti-Splash Adapter - 250 Milliliters - (24/40) Bump Guard Borosilicate

The 250 milliliters Anti-Splash Adapter with 24/40 Joints is a borosilicate laboratory glass component designed for compatible distillation, evaporation, and other glass assemblies where additional vapor-space volume can help manage bumping or splashing. The published configuration includes a nominal 250 milliliters body with upper and lower 24/40 ground-glass joints.

Because both connections use the 24/40 format, the adapter can integrate with appropriately matched glassware when joint orientation, clearance, and overall geometry are compatible. Confirm every joint before assembly; matching nominal sizes do not eliminate the need to inspect fit and support the complete apparatus.

An anti-splash adapter can provide additional separation between a boiling vessel and downstream glassware, but it cannot guarantee that bumping, carryover, spills, or entrainment will be prevented. Process behavior depends on material properties, fill level, heating rate, pressure, stirring, and the rest of the apparatus.

Inspect the borosilicate glass for chips, cracks, star fractures, damaged joints, or contamination before use. Support attached glassware so the adapter does not carry excessive weight. For reduced-pressure work, evaluate the entire system and use appropriate shielding and PPE. Do not assume undocumented pressure, vacuum, temperature, or chemical-resistance ratings.

The 250 milliliters 24/40 Anti-Splash Adapter is a useful configuration component for compatible laboratory setups. Browse additional adapters, flasks, receivers, and related components in our Borosilicate Glass Laboratory Equipment collection.

Frequently Asked Questions

Which joints does the anti-splash adapter have?

The published configuration has upper and lower 24/40 ground-glass joints.

What is its nominal body volume?

The listed body volume is 250 milliliters.

Will it prevent every instance of bumping or carryover?

No. It provides additional separation space, but process behavior depends on fill level, heating, pressure, stirring, and material properties.