Burkle Aluminum Bottle, 250 ml, With UN Approval

The Burkle Aluminum bottle 250 ml with UN approval is a laboratory bottle for storage and handling of liquids in the laboratory. It is made from aluminium.

Key Features:

• Brand: Burkle
• Product Type: Laboratory bottle
• Material: Aluminium
• Capacity: 250 ml
• Additional features: With UN approved for hazardous liquids; Sealable to protect contents; Totally leakproof with strong aluminium screw cap
• Application: Storage and handling of liquids in the laboratory

Offering 250 ml, Aluminium, the Burkle laboratory bottle supports storage and handling of liquids in the laboratory with precision you can rely on.

Frequently Asked Questions

1. What is the Burkle Aluminum Bottle, 250 ml, With UN Approval used for?

It is a laboratory bottle for storage and handling of liquids in the laboratory. It is made from aluminium.

2. Is the Burkle Aluminum Bottle, 250 ml, With UN Approval suitable for Storage and handling of liquids in the laboratory?

Yes. It is designed for Storage and handling of liquids in the laboratory, and offers a capacity of 250 ml to support this kind of work.

3. What capacity does the Burkle Aluminum Bottle, 250 ml, With UN Approval have?

It has a capacity of 250 ml, and is supplied under manufacturer part number 0329-0250.

4. What is the Burkle Aluminum Bottle, 250 ml, With UN Approval made from and what features does it include?

It is made from aluminium. It also offers with UN approved for hazardous liquids; Sealable to protect contents; Totally leakproof with strong aluminium screw cap, with UN approved for hazardous liquids and sealable to protect contents.

5. How does the Burkle Aluminum Bottle, 250 ml, With UN Approval compare with the Bürkle Aluminum Bottle, 38 mL, with Tamper-Evident Polypropylene (PP) Screw Cap from Bürkle?

For Storage and handling of liquids in the laboratory, the Burkle model has the edge: it offers a larger capacity than the Bürkle model (250 ml versus 38mL). The Bürkle model offers a capacity of 38mL by comparison.