VITLAB Measuring Scoops, 100 ml, PP, White, 200 mm Length, Pack of 12

The VITLAB Measuring Scoops, with a 100 ml capacity, come in a pack of 12 and are ideal for handling larger quantities of liquids, powders, or granular substances. Made from durable polypropylene (PP), these scoops offer excellent chemical resistance and are designed for precision and accuracy in laboratory, industrial, and research environments.

Key Features:

• Brand: VITLAB
• Capacity: 100 ml per scoop – ideal for measuring larger volumes of materials, providing consistent results in each use
• Material: Polypropylene (PP) – resistant to chemicals, ensuring longevity and accuracy even in demanding environments
• Length: 200 mm – ergonomic design for easy handling, especially when working with larger samples
• Pack Size: Pack of 12 – convenient for high-volume operations and shared laboratory spaces
• Multi-Use: Suitable for laboratories, manufacturing, and various industrial applications requiring large-volume measurements
• Accurate Measurement: Ensures precise and reliable volume measurement for consistent results across experiments and procedures

Perfect for both professional and industrial use, these VITLAB 100 ml Measuring Scoops are engineered to meet the highest standards of accuracy, durability, and performance. The pack of 12 ensures you have enough scoops for continuous, high-demand use in your lab or workspace.

Frequently Asked Questions

1. What is the VITLAB Measuring Scoops, 100 ml, PP, White, 200 mm Length, Pack of 12 used for?

It are ideal for handling larger quantities of liquids, powders, or granular substances. Made from durable polypropylene (PP), these scoops offer excellent chemical resistance and are designed for precision and accuracy in laboratory, industrial, and research environments.

2. Is the VITLAB Measuring Scoops, 100 ml, PP, White, 200 mm Length, Pack of 12 suitable for precision and accuracy in laboratory, industrial, and research environments?

Yes. It is designed for precision and accuracy in laboratory, industrial, and research environments, and offers a capacity of 100 ml per scoop – ideal for measuring larger volumes of materials, providing consistent results in each use and a length of 200 mm – ergonomic design for easy handling, especially when working with larger samples to support this kind of work.

3. What capacity and length does the VITLAB Measuring Scoops, 100 ml, PP, White, 200 mm Length, Pack of 12 have?

It has a capacity of 100 ml per scoop – ideal for measuring larger volumes of materials, providing consistent results in each use and a length of 200 mm – ergonomic design for easy handling, especially when working with larger samples, and is supplied under manufacturer part number 39694 VE=12.

4. What is the VITLAB Measuring Scoops, 100 ml, PP, White, 200 mm Length, Pack of 12 made from and what features does it include?

It is made from polypropylene (PP) – resistant to chemicals, ensuring longevity and accuracy even in demanding environments. It also offers suitable for laboratories, manufacturing, and various industrial applications requiring large-volume measurements and precise and reliable volume measurement for consistent results across experiments and procedures.

5. How does the VITLAB Measuring Scoops, 100 ml, PP, White, 200 mm Length, Pack of 12 compare with the LLG Measuring Scoops 500 mL, HDPE, Pack of 25 from LLG?

For precision and accuracy in laboratory, industrial, and research environments, the VITLAB model is the better choice, offering a capacity of 100 ml per scoop – ideal for measuring larger volumes of materials, providing consistent results in each use and a length of 200 mm – ergonomic design for easy handling, especially when working with larger samples. The LLG model offers a capacity of 500 mL for bulk material measurement as an alternative, while the VITLAB model's suitable for laboratories, manufacturing, and various industrial applications requiring large-volume measurements and precise and reliable volume measurement for consistent results across experiments and procedures help make it a strong fit for precision and accuracy in laboratory, industrial, and research environments.