Material Smoothness And Roughness Tester Material Surface Coefficient Of Friction Tester

The Material Surface Coefficient of Friction Tester is a high-precision testing instrument designed to measure both the static and kinetic coefficients of friction for various materials. This device is widely used in laboratories across industries such as packaging, food, pharmaceuticals, and beverages. Its advanced capabilities allow for accurate friction testing on plastic films, sheets, rubber, paper, and cardboard, as well as materials used in PP woven bags, fabrics, communication cables, conveyor belts, wood, coatings, brake pads, windshield wipers, shoe materials, and tires.

This Material Surface Coefficient of Friction Tester is crucial for ensuring product quality, improving manufacturing processes, and meeting industry-specific standards. It provides essential insights into the smoothness or roughness of materials, ensuring that they perform optimally in their applications. Whether you are working with flexible packaging, rubber materials, or even metal-plastic composites, this tester delivers accurate and reliable data, enhancing your product development process.

How the Material Surface Coefficient of Friction Tester Works

The Material Surface Coefficient of Friction Tester operates by placing two material samples in contact. One sample is a long strip that is fixed to a flat surface, while the second sample is a square or similar shape. A sled applies a controlled force to the top sample, and the friction force is measured as the two materials slide against each other. The test determines both the static coefficient of friction (the resistance to initial movement) and the kinetic coefficient of friction (the resistance during movement).

Key Features of the Material Surface Coefficient of Friction Tester

1. Advanced PLC Control & Touch Screen Operation: The tester is equipped with a user-friendly PLC control system and touch screen interface, allowing for precise control over test settings and real-time data display.
2. Real-Time Display of Test Data: During the testing process, all key metrics, such as friction force, test results, and performance curves, are displayed in real-time for easy monitoring.
3. Dual Capability Testing: Capable of measuring both static and kinetic coefficients of friction, providing a comprehensive analysis of material surface properties.
4. Compliance with Multiple International Standards: The tester meets key international testing standards, including ASTM D1894, ISO 8295, TAPPI T816, and GB 10006, ensuring accurate and globally recognized test results.
5. Powerful Data Analysis & Curve Superposition: Built-in software allows for detailed analysis of test results, including curve superposition, which helps identify trends and make data-driven decisions.
6. RS232 Output & Professional Software Integration: Easy connection to computers or external systems via RS232 output, ensuring seamless data transfer and professional-grade report generation.
7. Microprint for Easy Result Documentation: The integrated microprinting feature allows for the quick and easy printing of test results, ensuring documentation is as streamlined as possible.

Technical Specifications of the Material Surface Coefficient of Friction Tester

• Load Cell: 5N
• Accuracy: 0.5% Full Scale (F.S.)
• Stroke Length: Maximum 150mm
• Sled Weight: 200g (customizable for other weights)
• Test Speed: 100mm/min (ISO) or 150mm/min (ASTM)
• Power Supply: AC 220V 50Hz (customizable based on local requirements)
• Dimensions: 540mm (L) x 38mm (W) x 24mm (H)

Applications of the Material Surface Coefficient of Friction Tester

The Material Surface Coefficient of Friction Tester is indispensable for laboratories and industries that need precise material testing. The instrument is widely used in the following sectors:

• Packaging Industry: Ensuring the quality of plastic films, sheets, and other packaging materials by evaluating their friction properties for enhanced performance.
• Food & Beverage Industry: Testing packaging materials used in food and beverages, helping companies adhere to regulatory and safety standards.
• Pharmaceutical Industry: Analyzing the friction of medical packaging and other pharmaceutical materials to guarantee safe and reliable product use.
• Textile and Fabric Testing: Determining the smoothness or roughness of textiles to ensure quality and consistency in production.

Testing Standards Compliance

The Material Surface Coefficient of Friction Tester complies with several international standards, ensuring reliable and industry-accepted results:

• ASTM D1894: Standard Test Method for Static and Kinetic Coefficients of Friction of Plastic Film and Sheeting.
• ISO 8295: Plastics — Film and Sheeting — Determination of the Coefficients of Friction.
• TAPPI T816: Paper, board, and other sheet materials — Determination of the coefficient of friction.
• GB 10006: National standard of China for testing the coefficient of friction.

Compliance with these standards ensures that the Material Surface Coefficient of Friction Tester provides globally recognized results, making it a critical instrument for any quality control or R&D laboratory.

Why Choose the Material Surface Coefficient of Friction Tester?

Selecting the right testing equipment is crucial for ensuring that your materials meet industry standards and perform optimally. The Material Surface Coefficient of Friction Tester offers a wide range of features that make it the ideal choice for companies seeking reliable, accurate friction measurements. Here are a few reasons why this tester stands out:

• Versatility: Suitable for testing a wide range of materials, from plastics and rubber to textiles and packaging films.
• Ease of Use: The intuitive touch screen interface and real-time data display make the testing process straightforward and accessible to all users.
• Precision: With an accuracy of 0.5% full scale, this tester delivers precise, repeatable results that you can rely on.
• Customization: The sled weight can be customized to meet specific testing requirements, ensuring that the device fits your unique testing needs.
• Global Standards: By adhering to multiple international standards, the tester ensures that your testing results are recognized worldwide.