BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout, Diameter 80 mm, Height 150 mm, DIN EN ISO 3819, Pack Of 10

The BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout, Diameter 80 mm, Height 150 mm, DIN EN ISO 3819, Pack Of 10 is a reusable Boro 3.3 beaker for routine laboratory mixing, preparation, heating and liquid transfer. The tall form geometry and pouring spout provide a familiar format for general bench work.

Key Features:

• Brand: BRAND
• Product Type: tall form borosilicate laboratory beaker
• Borosilicate Glass 3.3: Boro 3.3 construction supports routine heating, mixing and laboratory liquid handling.
• Pouring Spout: Integrated spout supports controlled transfer of liquids.
• Graduation: Graduation marks support approximate volume indication during routine laboratory work.
• Capacity: Nominal capacity is 600ml.
• DIN EN ISO 3819: The beaker format is specified to DIN EN ISO 3819.
• Pack Size: Supplied in a pack of 10 beakers.

The BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout, Diameter 80 mm, Height 150 mm, DIN EN ISO 3819, Pack Of 10 is suited to laboratories that need standardised Boro 3.3 glassware with a defined 600ml capacity.

Frequently Asked Questions

1. What Is The BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout, Diameter 80 mm, Height 150 mm, DIN EN ISO 3819, Pack Of 10 Used For?

It is used for routine laboratory mixing, preparation, heating and transfer of compatible liquids.

2. What Is A Key Feature Of The BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout?

Its Boro 3.3 glass construction provides a reusable general-purpose beaker format.

3. What Important Specification Does The BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout Provide?

It has a nominal capacity of 600ml and is specified to DIN EN ISO 3819.

4. What Should Laboratories Consider When Using The BRAND Beaker 600 ml, Tall Form, Boro 3.3, With Graduation And Spout?

Graduations on laboratory beakers are intended for approximate volume indication rather than high-accuracy volumetric measurement.