Inclination Plane Coefficient Of Friction Tester – Precise COF Measurement for Packaging Materials

Overview of Inclination Plane Coefficient Of Friction Tester

The Inclination Plane Coefficient Of Friction Tester is a high-precision laboratory instrument designed to measure the static coefficient of friction (COF) of various materials, particularly those used in the packaging, food, pharmaceutical, and industrial sectors. By utilizing a variable inclined plane and a sliding block, this advanced tester provides accurate and repeatable measurements, ensuring compliance with industry standards such as ASTM D4918, ASTM D202, and TAPPI T815.

This instrument is essential for manufacturers and quality control laboratories that need to assess the frictional properties of films, paper, coatings, and other materials. Understanding COF values helps optimize material handling, packaging efficiency, and product performance.

Working Principle of Inclination Plane Coefficient Of Friction Tester

The Inclination Plane Coefficient Of Friction Tester operates by gradually increasing the angle of an inclined plane at a controlled rate until the test sample begins to slide. The angle at which movement initiates is locked, and the tangent of this angle is recorded as the static coefficient of friction (COF). The testing process is automated and controlled by an advanced PLC system and HMI touch screen, ensuring ease of use and precise measurement.

Key Features of Inclination Plane Coefficient Of Friction Tester

• Advanced PLC Control & HMI Touch Screen – User-friendly interface for efficient operation and real-time result display.

• Accurate Angle Measurement – Adjustable incline from 0° to 60° with an accuracy of 0.01°.

• Multiple Sled Options – Compatible with sled weights of 200g, 235g, or 1300g (customization available).

• Comprehensive Data Analysis – Displays maximum, minimum, average, and standard deviation of test results.

• Real-Time Test Monitoring – Ensures precision with an electric motor-driven incline adjustment at a rate of 0.1°/s to 10.0°/s.

• Built-In Printing Function – Microprinter allows instant printout of test data for record-keeping.

• RS232 Connectivity & Software Compatibility – Enables external data storage, analysis, and reporting.

• International Standards Compliance – Ensures reliability and consistency in results according to industry regulations.

Applications of Inclination Plane Coefficient Of Friction Tester

The Inclination Plane Coefficient Of Friction Tester is widely used in multiple industries where material friction characteristics are critical. Some key applications include:

1. Packaging Industry

• Testing plastic films, laminates, and paperboard for packaging materials.

• Ensuring smooth machine operation in printing and packaging processes.

• Evaluating the slip properties of carton and flexible packaging.

2. Food & Beverage Industry

• Assessing the frictional properties of food packaging materials.

• Optimizing the performance of wrapping films, labels, and pouches.

3. Pharmaceutical Industry

• Determining the coefficient of friction for medical packaging films and blister packs.

• Ensuring compliance with safety and handling requirements in pharmaceutical applications.

4. Textile and Paper Industry

• Testing paper coatings, corrugated boards, and fabric materials.

• Ensuring frictional properties align with product application requirements.

Technical Specifications of Inclination Plane Coefficient Of Friction Tester

Advantages of Using the Inclination Plane Coefficient Of Friction Tester

• Enhanced Quality Control – Ensures material consistency and reduces product defects.

• Improved Manufacturing Efficiency – Helps optimize production processes by controlling friction levels.

• Regulatory Compliance – Aligns with industry standards, making it suitable for global markets.

• User-Friendly Operation – Simple setup and automated incline adjustment reduce testing time and operator error.

• Versatile Applications – Can be used for a wide range of materials and industries.

How to Use the Inclination Plane Coefficient Of Friction Tester

1. Prepare the Sample: Cut the test material to the required dimensions and place it on the inclined plane.

2. Select the Sled Weight: Choose the appropriate sled weight based on the material type.

3. Set the Incline Speed: Adjust the incline speed within the range of 0.1°/s to 10.0°/s.

4. Start the Test: Initiate the motorized incline adjustment until the sample begins to slide.

5. Record the COF Value: The system locks the angle and calculates the static coefficient of friction.

6. Export & Analyze Data: Print results via the built-in microprinter or transfer data using the RS232 interface.

Industry Standards Compliance

The Inclination Plane Coefficient Of Friction Tester meets ASTM D4918, ASTM D202, and TAPPI T815 standards, ensuring highly accurate and repeatable test results. Compliance with these standards makes the instrument a preferred choice for laboratories and quality control departments worldwide.

Why Choose Our Inclination Plane Coefficient Of Friction Tester?

• Trusted by Global Industries – Used by leading manufacturers, research centers, and academic institutions.

• Precision & Reliability – High accuracy and repeatability in COF measurement.

• Excellent After-Sales Support – Comprehensive user guidance and technical support.

• Customizable Testing Solutions – Sled weight options and incline adjustment settings tailored to specific needs.

•