TAPPI T816 Packaging COF Testing Machine Coefficient Of Friction Meter For Metal Material Lab Equipment To Test Friction

Understanding the coefficient of friction is crucial for assessing the interaction between surfaces. Whether in packaging or industrial settings, it dictates the force required for motion initiation. A lower coefficient implies smoother movement, while a higher one suggests increased resistance.

In packaging, the coefficient of friction impacts material handling efficiency, especially with films, determining their 'slipperiness' when in contact with packaging machinery or other materials. Managing this coefficient is paramount for optimizing performance across various stages of packaging processes, from production to transportation and storage. Factors like additives, treatments, and coatings can influence friction coefficients significantly.

Application

Our COF-01 Coefficient of Friction Tester is a versatile solution designed to measure both static and kinetic coefficients across a wide array of materials. From plastic films to rubber, paper, and metal-plastic composites, it accommodates diverse testing needs. Adaptability to different material types and testing standards ensures its relevance across industries.

Standards

ASTM D1894, ISO 8295, TAPPI T816, GB 10006

Formula

Calculating the coefficient of friction involves dividing the force required for surface movement by the perpendicular force. This formula, μ = f ÷ N, defines both static and kinetic coefficients.

• Static COF (μs): Determines the force needed to initiate movement, crucial in scenarios like bag stacking or cartoning.
• Kinetic COF (μd): Measures force sustaining ongoing motion, vital for processes involving plastic films on machinery.

Technical Features

Our COF-01 Coefficient of Friction Tester boasts advanced features tailored for precise testing

1. PLC control and HMI touch screen ensure user-friendly interaction.
2. Stepper motor and precision ball lead screw guarantee stability and longevity.
3. Real-time test curves and automatic result recording enhance efficiency.
4. Both static and kinetic coefficients are accurately measured.
5. Compliant with multiple test standards including ASTM D1894 and ISO 8295.
6. Integrated dot matrix microprinter for convenient documentation.
7. Test plane constructed from durable aluminum for reliability.
8. RS232 output and optional professional software for expanded functionality.
9. Customized local language display for enhanced accessibility.

Main Parameter

Cell Instruments COF-01 Coefficient of Friction Tester to elevate your lab's testing capabilities. With precise measurements and compliance with industry standards, it's the ideal solution for assessing material friction across various applications.