COF Tester To Detect Static Friction Coefficient Inclined Plane For Aluminum Plastic Composite Film
Our COF Tester, an advanced instrument tailored for evaluating the static coefficient of friction in materials, is an indispensable tool across various industries. This cutting-edge equipment ensures precise measurements in line with international standards, featuring PLC control, real-time data display, and versatile testing capabilities.
Introduction to the Inclined Plane Coefficient of Friction Tester
COF-03 stands out as a specialized instrument meticulously crafted for precise material physics testing. Utilizing a variable inclined plane and sliding block mechanism, this state-of-the-art tester accurately measures the static coefficient of friction across a wide spectrum of materials. Its applications span crucial industries including packaging, food, pharmaceuticals, beverages, and academic research.
Understanding the Significance of Coefficient of Friction
The Inclined Plane Coefficient of Friction Tester plays a pivotal role in evaluating the static COF, defining the force required for one surface to initiate sliding against another inclined surface. This crucial parameter offers invaluable insights into the frictional characteristics of materials, facilitating informed decisions in material selection, quality control, and enhancing overall product performance.
Significance of Coefficient of Friction Testing
Widely employed in laboratory settings, this tester delivers accurate static COF measurements for an extensive array of materials. From plastic films and rubber to paper, board, woven fabrics, and beyond, its utility extends across diverse industries where managing and understanding friction is paramount for product functionality and safety.
Application across Various Materials and Industries
Our Coefficient of Friction Tester caters to a broad spectrum of materials, making it a versatile solution for industries including packaging (films and coatings), food and beverage (packaging materials), pharmaceuticals (ensuring packaging integrity), and academia (advancing material physics research).
Technical Features
The static COF is determined by measuring the angle at which one test surface starts sliding against another inclined surface as the incline increases at a constant rate. The result is numerically equivalent to the tangent of that angle.
Standards Compliance
Our COF Tester adheres to stringent standards including ASTM D202, ASTM D4918, and TAPPI T815, ensuring reliability and accuracy in every measurement.
Key Features
- PLC control and HMI touch screen operation for user-friendly interface
- Real-time display of max/min/average/SD for comprehensive data analysis
- Measurement of both angle and static COF (tangent value) for precise results
- Microprint functionality for easy documentation of test results
- Optional RS232 and professional software for enhanced data management
Optimize Your Material Physics Testing
Elevate your material physics testing with our Inclined Plane Coefficient of Friction Tester – a perfect blend of precision and versatility. Ensure your materials meet the highest standards, supported by reliable testing and accurate results.
Main Parameter
| Angle range | 0° ~ 60° |
| Accuracy | 0.01° |
| Stroke | 0.1°/s ～ 10.0°/s |
| Sled | 200g, 235g, or 1300g(choose one or others) |
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COF Tester To Detect Static Friction Coefficient Inclined Plane For Aluminum Plastic Composite Film Images
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