Peter Huber Glass Adapter for Rotary Evaporators, 50mm Flange to GL14

The Peter Huber Glass Adapter is a precision-engineered accessory designed specifically for the integration of the CT50 Single OLÉ Cold Trap with rotary evaporators. This adapter facilitates a secure, vacuum-tight connection between the cold trap and the evaporation system, ensuring highly efficient solvent recovery. Constructed from high-quality, chemically resistant borosilicate glass, it is built to withstand the rigorous thermal demands of laboratory distillation and filtration processes.

Key Features:

• Brand: Peter Huber
• Connection Type: Features a 50 mm flange connection transitioning to a GL14 threaded neck
• Rotary Evaporator Compatibility: Specifically designed for seamless connection to rotary evaporators and standard laboratory vacuum systems
• Superior Material: Made from high-grade borosilicate glass for maximum resistance to thermal shock and corrosive chemicals
• Vacuum Integrity: Engineered to maintain a reliable seal under vacuum conditions, protecting the vacuum pump and preventing solvent loss
• Application Versatility: Ideal for distillation, separation, and filtration tasks requiring precise temperature-controlled solvent capture
• Compact Design: Maintains a low-profile installation to preserve valuable laboratory bench space

This glass adapter is an essential tool for laboratories focused on sustainable and efficient solvent management. By bridging the gap between the Huber CT50 Cold Trap and your rotary evaporator, it enables rapid, direct cooling of vapors, significantly improving the safety and speed of evaporation workflows.

Frequently Asked Questions

1. What is the Peter Huber Glass Adapter for Rotary Evaporators, 50mm Flange to GL14 used for?

It is a precision-engineered accessory designed specifically for the integration of the CT50 Single OLÉ Cold Trap with rotary evaporators. This adapter facilitates a secure, vacuum-tight connection between the cold trap and the evaporation system, ensuring highly efficient solvent recovery. Constructed from high-quality, chemically resistant borosilicate glass, it is built to withstand the rigorous thermal demands of laboratory distillation and filtration processes.

2. Is the Peter Huber Glass Adapter for Rotary Evaporators, 50mm Flange to GL14 suitable for seamless connection to rotary evaporators and standard laboratory vacuum systems Superior Material: Made from high-grade borosilicate glass for maximu?

Yes. It is designed for seamless connection to rotary evaporators and standard laboratory vacuum systems Superior Material: Made from high-grade borosilicate glass for maximu, and offers a 50 mm flange connection transitioning to a GL14 threaded neck and specifically designed for seamless connection to rotary evaporators and standard laboratory vacuum systems to support this kind of work.

3. What connection type and rotary evaporator compatibility does the Peter Huber Glass Adapter for Rotary Evaporators, 50mm Flange to GL14 have?

It has a 50 mm flange connection transitioning to a GL14 threaded neck, specifically designed for seamless connection to rotary evaporators and standard laboratory vacuum systems and made from high-grade borosilicate glass for maximum resistance to thermal shock and corrosive chemicals, and is supplied under manufacturer part number 504545.

4. What vacuum integrity and application versatility does the Peter Huber Glass Adapter for Rotary Evaporators, 50mm Flange to GL14 offer?

It offers engineered to maintain a reliable seal under vacuum conditions, protecting the vacuum pump and preventing solvent loss, ideal for distillation, separation, and filtration tasks requiring precise temperature-controlled solvent capture and maintains a low-profile installation to preserve valuable laboratory bench space.

5. How does the Peter Huber Glass Adapter for Rotary Evaporators, 50mm Flange to GL14 compare with the SOCOREX All-Glass Syringes 250 ml Dosys 155 Graduated Autoclavable Metal Luer Adapter from Socorex?

For seamless connection to rotary evaporators and standard laboratory vacuum systems Superior Material: Made from high-grade borosilicate glass for maximu, the Peter Huber model is the better choice, offering a 50 mm flange connection transitioning to a GL14 threaded neck, specifically designed for seamless connection to rotary evaporators and standard laboratory vacuum systems and made from high-grade borosilicate glass for maximum resistance to thermal shock and corrosive chemicals. The Socorex model offers a capacity of 250 ml as an alternative, while the Peter Huber model's a 50 mm flange connection transitioning to a GL14 threaded neck and specifically designed for seamless connection to rotary evaporators and standard laboratory vacuum systems help make it a strong fit for seamless connection to rotary evaporators and standard laboratory vacuum systems Superior Material: Made from high-grade borosilicate glass for maximu.