Traps for Rotary Evaporator are essential protective components used in rotary evaporation systems to capture splashed liquid, condensed solvent vapours, and chilled condensate before they reach the vacuum source. Manufactured from high-quality, chemically resistant glass, these traps provide excellent transparency, durability, and compatibility with standard rotary evaporator assemblies.

Precision-ground socket and cone joints ensure secure, leak-free installation between the evaporating flask and condenser or vacuum line, maintaining system integrity during reduced-pressure operation.

Variant Details:

Anti Splash Trap (03.497):
Designed to prevent liquid splashing and sudden solvent carryover during rotary evaporation. This standard anti-splash design protects the vacuum system and improves operational safety during solvent concentration.

Anti Splash Trap � Improved (03.498):
An enhanced version of the anti-splash trap featuring two drain holes near the base of the inner tube. This design allows better drainage of condensed solvent, reduces accumulation, and improves trapping efficiency during prolonged evaporation cycles.

Antichill Trap (03.499):
Designed to reduce condensation freeze-up and chilling effects in vacuum lines. The antichill design helps maintain smooth vapour flow and consistent vacuum performance, particularly during low-temperature evaporation.

These traps are suitable for:

• Rotary evaporation and solvent concentration
• Protection of vacuum pumps and vacuum lines
• Prevention of solvent splash and carryover
• Chemical synthesis and purification workflows
• Academic, research, and industrial laboratories

Available in capacities from 100 ml to 500 ml with standard joint combinations including 24/29 and 29/32, these rotary evaporator traps integrate seamlessly into modular laboratory glassware systems.

Rotary evaporator traps combine effective splash control, improved condensate handling, and reliable joint compatibility, making them essential accessories for safe and efficient rotary evaporation.