Burkle, Scoop 120 mL Stainless Steel V2A (1.4301)

The Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) is a Scoop from Burkle designed for laboratory use. For sampling of powders, granulates and pastes. Stainless steel V2A (1.4301) Smooth, high-gloss polished surface Autoclavable Food safe

Key Features:

• Brand: Burkle
• Type: Scoop
• Material: V2A stainless steel
• Capacity / Volume: 120 mL
• Material Detail: Stainless steel V2A (1.4301)
• Specification: Smooth, high-gloss polished surface
• Sterilisation: Autoclavable
• Food Suitability: Food safe

The Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) provides a practical option for laboratory workflows requiring capacity / volume of 120 mL and material of V2A stainless steel.

Frequently Asked Questions

1. What is the Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) used for?

The Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) is a Scoop from Burkle designed for laboratory use. For sampling of powders, granulates and pastes. Stainless steel V2A (1.4301) Smooth, high-gloss polished surface Autoclavable Food safe

2. What material does the Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) offer?

It offers material of V2A stainless steel.

3. What capacity / volume and material does the Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) have?

It has capacity / volume of 120 mL, and material of V2A stainless steel.

4. What material detail and specification does the Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) offer?

It offers material detail of Stainless steel V2A (1.4301), and specification of Smooth, high-gloss polished surface.

5. How does the Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) compare with the Bürkle Scoop 450 ml Stainless Steel V2A (1.4301) from Bürkle?

For applications where material of V2A stainless steel is required, the Burkle, Scoop 120 mL Stainless Steel V2A (1.4301) is a strong choice. The Bürkle Scoop 450 ml Stainless Steel V2A (1.4301) offers material of V2A stainless steel (1.4301) for durability and corrosion resistance, making it a suitable alternative when that specification better matches the application.