Lightweight Ika 25008376 8.0 Mm Diameter, Van-sp-5 Vane Spindle Guaranteed [U3uQCbLA]

Lightweight Ika 25008376 8.0 Mm Diameter, Van-sp-5 Vane Spindle Guaranteed [U3uQCbLA]

Introducing the Lightweight Ika 25008376 8.0 Mm Diameter, Van-sp-5 Vane Spindle Guaranteed [U3uQCbLA], a cutting-edge tool designed for precise viscosity measurement of suspensions. This vane spindle is engineered to provide accurate and reliable results, making it an essential instrument for researchers, scientists, and engineers in various fields. With its robust construction and precise design, the VAN-SP-5 ensures that your viscosity measurements are both precise and efficient.

• Accurate viscosity measurement
• Robust and durable design
• Perfect for suspensions

Product Specifications and Technical Details

The VAN-SP-5 Vane Spindle features an 8.0 mm diameter, which is ideal for a wide range of applications. This spindle is specifically designed to handle suspensions, offering a reliable solution for measuring the viscosity of various substances. The spindle's vane design ensures smooth and consistent flow, allowing for accurate and repeatable measurements. Key specifications include a maximum speed of 20,000 rpm and compatibility with most standard viscometers.

• 8.0 mm diameter for versatile use
• Maximum speed of 20,000 rpm
• Compatible with most viscometers

Practical Applications and Benefits

Whether you are working in the pharmaceutical industry, food science, or any other field that requires precise viscosity measurements, the Lightweight Ika 25008376 8.0 Mm Diameter, Van-sp-5 Vane Spindle Guaranteed [U3uQCbLA] is an invaluable tool. Its ability to measure the viscosity of suspensions with high accuracy makes it ideal for quality control, research and development, and production processes. The VAN-SP-5 is also suitable for daily laboratory use, providing reliable results that can help you make informed decisions.

• Perfect for pharmaceutical, food, and other industries
• Contributes to quality control and research
• Enhances daily laboratory efficiency