ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap, Borosilicate Glass

The ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap, Borosilicate Glass is a large-capacity borosilicate storage bottle for laboratory liquids and reagents. Thick walls, crush-resistant corners and a PP screw cap support repeated handling.

Key Features:

• Brand: ISOLAB Laborgeräte
• Product Type: Reusable borosilicate glass laboratory bottle
• Borosilicate Glass: Impact-resistant and thermally stable borosilicate glass supports routine laboratory storage and handling.
• Amber Glass: Amber glass helps reduce light exposure for light-sensitive contents.
• Autoclavable Bottle: The bottle is autoclavable at 121°C. The cap should not be closed during autoclaving.
• PP Screw Cap: A ridged polypropylene screw cap supports secure manual handling and closure.
• Pouring Ring: The pouring ring supports cleaner transfer of liquids.
• Printed Markings: Graduations and inscriptions are printed in white enamel.
• Capacity: Nominal capacity is 10,000ml.

The ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap, Borosilicate Glass is suited to laboratories needing a reusable 10,000ml bottle with autoclavable glass construction and a secure screw-cap format.

Frequently Asked Questions

1. What Is The ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap, Borosilicate Glass Used For?

It is used for storage, preparation and handling of compatible laboratory liquids and reagents.

2. What Is A Key Feature Of The ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap?

The bottle combines borosilicate glass with a ridged PP screw cap and pouring ring.

3. What Important Specification Does The ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap Provide?

The nominal capacity is 10,000ml.

4. What Should Laboratories Consider When Using The ISOLAB Laborgeräte Bottle, 10,000 ml, Amber Glass, With Screw-Cap?

The bottle can be autoclaved at 121°C, but the cap should not be tightened during autoclaving.