Industrial Physics Dipping Flow Cup Afnor, 4 mm

The Industrial Physics Dipping Flow Cup Afnor, 4 mm is designed for fast and reliable viscosity measurements in laboratory and industrial settings. Built to Afnor standards, this precision tool ensures accurate flow time readings and consistent results. Its 4 mm orifice is ideal for testing a wide range of fluid types with ease and repeatability.

Key Features:

• Brand: Industrial Physics
• Type: Dipping flow cup
• Standard: Afnor compliant
• Orifice Size: 4 mm
• Application: Viscosity measurement for industrial and laboratory use

The Industrial Physics Dipping Flow Cup Afnor, 4 mm is a dependable choice for professionals requiring precise viscosity analysis.

Frequently Asked Questions

1. What is the Industrial Physics Dipping Flow Cup Afnor, 4 mm used for?

It is designed for fast and reliable viscosity measurements in laboratory and industrial settings. Built to Afnor standards, this precision tool ensures accurate flow time readings and consistent results. Its 4 mm orifice is ideal for testing a wide range of fluid types with ease and repeatability.

2. Is the Industrial Physics Dipping Flow Cup Afnor, 4 mm suitable for Viscosity measurement for industrial and laboratory use?

Yes. It is designed for Viscosity measurement for industrial and laboratory use, and offers an orifice size of 4 mm to support this kind of work.

3. What orifice size does the Industrial Physics Dipping Flow Cup Afnor, 4 mm have?

It has an orifice size of 4 mm, and is supplied under manufacturer part number VF2196.

4. What type and standard does the Industrial Physics Dipping Flow Cup Afnor, 4 mm offer?

It offers dipping flow cup and afnor compliant.

5. How does the Industrial Physics Dipping Flow Cup Afnor, 4 mm compare with the IKA Standard Spindle SP-12 from IKA?

The Industrial Physics Dipping Flow Cup Afnor, 4 mm is a strong choice when orifice size of 4 mm matches the workflow. The IKA Standard Spindle SP-12 is an alternative offering compatibility of Suitable for IKA viscometers, so the preferred option depends on the required specification and compatibility.