Bohlender PTFE Boiling Stones 4 mm, 500 g

The Bohlender PTFE Boiling Stones 4 mm, 500 g are designed to prevent bubbling and bumping during the boiling of liquids. Made from high-quality PTFE (Polytetrafluoroethylene), these boiling stones offer excellent chemical resistance and thermal stability, making them ideal for various laboratory applications.

Key Features:

• Brand: Bohlender
• Material: PTFE (Polytetrafluoroethylene)
• Grain Size: 4 mm
• Capacity: 500 g
• Temperature Resistance: -200°C to +250°C
• Packaging: Supplied in a resealable bag

These boiling stones are essential for ensuring uniform boiling and preventing superheating in laboratory distillation processes.

Frequently Asked Questions

1. What is the Bohlender PTFE Boiling Stones 4 mm, 500 g used for?

It are designed to prevent bubbling and bumping during the boiling of liquids. Made from high-quality PTFE (Polytetrafluoroethylene), these boiling stones offer excellent chemical resistance and thermal stability, making them ideal for various laboratory applications.

2. Is the Bohlender PTFE Boiling Stones 4 mm, 500 g suitable for various laboratory applications?

Yes. It is designed for various laboratory applications, and offers a grain size of 4 mm and a capacity of 500 g to support this kind of work.

3. What grain size and capacity does the Bohlender PTFE Boiling Stones 4 mm, 500 g have?

It has a grain size of 4 mm and a capacity of 500 g, and is supplied under manufacturer part number H 972-02.

4. What is the Bohlender PTFE Boiling Stones 4 mm, 500 g made from and what features does it include?

It is made from PTFE (Polytetrafluoroethylene). It also offers -200°C to +250°C, long life and universal chemical resistance.

5. How does the Bohlender PTFE Boiling Stones 4 mm, 500 g compare with the J.P. Pöllath Boiling Stones Type A (Pack of 250 g) from J.P. Pöllath?

For various laboratory applications, the Bohlender model is the better choice, offering a grain size of 4 mm and a capacity of 500 g. The J.P. Pöllath model offers type A boiling stones for efficient boiling as an alternative, while the Bohlender model's -200°C to +250°C and long life help make it a strong fit for various laboratory applications.