Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm

The Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm is a Measuring Scoop from Burkle designed for laboratory use. Universal measuring scoop for filling and measuring of powders and granules. For exact metering, the scoop is to be overfilled and the excess at the upper edge of the scoop is to be wiped off.

Key Features:

• Brand: Burkle
• Type: Measuring Scoop
• Material: PP
• Capacity / Volume: 1000 mL
• Size / Dimensions: 385 x 134 mm

The Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm provides a practical option for laboratory workflows requiring capacity / volume of 1000 mL and size / dimensions of 385 x 134 mm.

Frequently Asked Questions

1. What is the Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm used for?

The Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm is a Measuring Scoop from Burkle designed for laboratory use. Universal measuring scoop for filling and measuring of powders and granules. For exact metering, the scoop is to be overfilled and the excess at the upper edge of the scoop is to be wiped off.

2. What material does the Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm offer?

It offers material of PP.

3. What capacity / volume and size / dimensions does the Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm have?

It has capacity / volume of 1000 mL, and size / dimensions of 385 x 134 mm.

4. What material does the Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm offer?

It offers material of PP.

5. How does the Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm compare with the VITLAB Measuring Scoops 50 ml, PP White, 160 mm Length, Pack of 12 from VITLAB?

For applications where material of PP is required, the Burkle, Measuring Scoop 1000 mL, PP White, Lxw 385 x 134 mm is a strong choice. The VITLAB Measuring Scoops 50 ml, PP White, 160 mm Length, Pack of 12 offers material of White polypropylene (PP) for chemical resistance and durability, making it a suitable alternative when that specification better matches the application.