✅ High temperature resistant high borosilicate glass: rotary evaporator condenser tube - high borosilicate glass · multi-layer spiral · triple seal | high temperature resistance · high condensation efficiency · laboratory long-lasting companion meets standards, excellent thermal shock resistance, long-term use without cracks or atomization, ensuring experimental safety,
✅ Multi layer spiral condensation path: prolongs steam retention time, increases the condensation area of the rotary evaporator by three times, and achieves a recovery rate of over 98% for low boiling point solvents such as ethanol and acetone
✅ Triple sealing structure: O-ring+grinding port+vacuum pad cooperative sealing, stable vacuum degree ≤ 0.1mbar, preventing solvent escape and cross contamination
✅ Transparent and aesthetically pleasing throughout: Made of high transparency glass material, it is easy to observe the condensation state and liquid flow direction, improving experimental visualization and the convenience of operating the rotary evaporator
✅ Industrial grade durable design: tested for over 2000 hours of continuous operation, without aging or corrosion, compatible with all mainstream rotary evaporator interfaces (standard interface)
Description
Product Description The rotary evaporator condenser tube designed specifically for high-end laboratories is made of high borosilicate glass (Borosilicate Glass 3.3), which has excellent thermal stability and chemical resistance, can withstand extreme temperature differences from -20 ° C to+500 ° C, and will not deform or crystallize after long-term use. The innovative multi-layer spiral structure significantly improves the gas-liquid contact area, coupled with precise channel design, achieving rapid heat exchange and increasing condensation efficiency by more than 40%. Built in triple sealing system - O-ring+conical grinding mouth+vacuum sealing gasket, ensuring no leakage and zero volatilization. Suitable for continuous distillation and recovery of organic solvents and high boiling point substances, it is an ideal configuration for pharmaceutical, chemical, and scientific research institutions.