Product overview

The DWK Media Lab Bottles, 500mL Pyrex, Pack of 10 are high-quality borosilicate glass bottles designed for laboratory applications. These bottles offer excellent chemical resistance, thermal stability, and durability, making them ideal for media storage and sample preparation.

Key Features:

Brand: DWK
Material: Pyrex borosilicate glass for superior durability and chemical resistance
Capacity: 500mL per bottle
Packaging: Pack of 10
Application: Ideal for laboratory media storage and sample handling
Temperature Resistance: Suitable for autoclaving and sterilization

These media lab bottles are essential for laboratories requiring reliable and high-quality glassware for research and analytical procedures.

Frequently Asked Questions

1. What is the DWK Media Lab Bottles, 500mL Pyrex, Pack of 10 used for?

It are high-quality borosilicate glass bottles designed for laboratory applications. These bottles offer excellent chemical resistance, thermal stability, and durability, making them ideal for media storage and sample preparation.

2. Is the DWK Media Lab Bottles, 500mL Pyrex, Pack of 10 suitable for laboratory media storage and sample handling?

Yes. It is designed for laboratory media storage and sample handling, and offers a capacity of 500mL per bottle to support this kind of work.

3. What capacity does the DWK Media Lab Bottles, 500mL Pyrex, Pack of 10 have?

It has a capacity of 500mL per bottle, and is supplied under manufacturer part number 1516/08D.

4. What is the DWK Media Lab Bottles, 500mL Pyrex, Pack of 10 made from and what features does it include?

It is made from pyrex borosilicate glass for superior durability and chemical resistance. It also offers suitable for autoclaving and sterilization.

5. How does the DWK Media Lab Bottles, 500mL Pyrex, Pack of 10 compare with the Thermo Nalgene Culture Media Bottles 125 mL PETG, Graduated, Square, Sterile, Pack of 48 from Thermo Scientific?

For laboratory media storage and sample handling, the DWK model has the edge: it offers a larger capacity than the Thermo Scientific model (500mL per bottle versus 125 mL for larger-volume storage). The Thermo Scientific model offers a capacity of 125 mL for larger-volume storage by comparison.