Inclined Plane Coefficient Of Friction Tester For plastic film Best
Plastic Packaging Coefficient of Friction Tester COF
| Angle range | 0° ~ 60° |
| Accuracy | 0.01° |
| Stroke | 0.1°/s ～ 10.0°/s |
| Sled | 200g, 235g, or 1300g(choose one or others) |
Inclined Plane Coefficient of Friction Tester: Precision Testing
for Material Physics
The Inclined Plane Coefficient of Friction Tester is a state-of-the-art instrument designed to accurately measure
the static coefficient of friction (COF) for various materials.
Whether you are in packaging, food, medicine, beverages, or
academic research, this precision testing tool ensures your
materials meet international standards. The Inclined Plane Coefficient of Friction Tester offers exceptional versatility with PLC control, real-time data
display, and comprehensive testing capabilities to suit a broad
range of industries.
Introduction to the Inclined Plane Coefficient of Friction Tester
The Inclined Plane Coefficient of Friction Tester (Model COF-03) is engineered for precise measurement of static
friction in materials such as plastic films, sheets, rubber, paper,
board, and more. This sophisticated tool operates by placing a test
surface on a variable inclined plane, allowing accurate measurement
of the force required to initiate sliding against another inclined
surface. This technology ensures highly reliable and repeatable
results, making it an essential instrument for laboratories and
industries where friction plays a critical role in material
performance.
Why Choose Our Inclined Plane Coefficient of Friction Tester?
- Accurate Measurements: The tester provides highly accurate results, allowing you to
determine the static coefficient of friction for materials ranging
from plastic films to coatings. This is crucial for ensuring the
quality and functionality of packaging materials, product safety,
and regulatory compliance.
- Versatility Across Industries: Whether for packaging films, food and beverage containers,
pharmaceutical packaging, or academic research, the Inclined Plane Coefficient of Friction Tester is adaptable to various material types and testing needs.
- Compliant with Industry Standards: The Inclined Plane Coefficient of Friction Tester meets industry standards such as ASTM D202, ASTM D4918, and TAPPI
T816, ensuring your tests are aligned with globally recognized
guidelines.
- Intuitive Interface and Easy Operation: Featuring PLC control and an HMI touch screen, this tester allows
users to easily manage test parameters and monitor real-time data,
providing clear results with minimal effort.
How the Inclined Plane Coefficient of Friction Tester Works
The Inclined Plane Coefficient of Friction Tester determines the static COF by gradually increasing the incline of
the testing surface. As the angle of the inclined plane increases,
the force required to initiate sliding is measured. This force is
numerically equivalent to the tangent of the angle at which sliding
begins, providing a precise value for the static coefficient of
friction.
This process is beneficial in analyzing how materials interact
under different conditions, making it invaluable for industries
where controlling friction is necessary for functionality,
durability, and safety.
Key Features of the Inclined Plane Coefficient of Friction Tester:
- PLC Control & HMI Touch Screen: Provides easy-to-use, intuitive control over the testing process.
- Real-Time Data Display: Shows maximum, minimum, average, and standard deviation values.
- Multi-Surface Testing: Suitable for a wide range of materials, from plastic films to
rubber, paper, coatings, and woven fabrics.
- RS232 and Professional Software Integration: Optional features for data transfer and further analysis.
- High Precision and Accuracy: With an angle range from 0° to 60° and an accuracy of 0.01°, the
tester delivers precise and repeatable results.
Material Applications & Industry Use
The Inclined Plane Coefficient of Friction Tester is indispensable in industries such as:
- Packaging: Evaluating the frictional properties of plastic films, coatings,
and packaging materials to optimize functionality.
- Food & Beverage: Ensuring packaging materials maintain integrity and ease of
handling during production and transportation.
- Pharmaceuticals: Testing the friction properties of materials used in
pharmaceutical packaging to ensure safety and compliance.
- Research and Academia: Supporting material physics research by providing accurate COF
data for various substrates.
Coefficient of Friction and Its Importance
The static coefficient of friction (COF) is a key factor in
understanding how materials behave when they come into contact with
one another. This measurement is crucial for several reasons:
- Material Selection: Helps determine the suitability of materials for various
applications, especially in packaging, where friction affects
performance during sealing, handling, and transportation.
- Quality Control: Ensures that products meet the necessary frictional standards
required for optimal performance.
- Product Safety: By controlling friction, manufacturers can reduce the risk of
materials slipping or failing during use, thus improving product
safety.
Standards Complied With:
- ASTM D202: Standard test method for the coefficient of friction of plastic
film.
- ASTM D4918: Standard test method for evaluating the static COF of plastic
film.
- TAPPI T816: Standard for measuring the coefficient of friction of paper and
paperboard.
Technical Specifications
- Angle Range: 0° to 60°
- Accuracy: 0.01°
- Stroke: 0.1°/s to 10.0°/s
- Sled Options: 200g, 235g, or 1300g (selectable based on the material being
tested)
Why Invest in the Inclined Plane Coefficient of Friction Tester?
This Inclined Plane Coefficient of Friction Tester provides critical insights into the physical properties of
materials, helping you select the right materials, maintain product
quality, and ensure safety standards. Whether you are working in
packaging, pharmaceuticals, food and beverage, or academic
research, this precision tool ensures that your testing is both
reliable and compliant with international standards.
By investing in this versatile testing instrument, you will improve
your quality control processes, reduce production risks, and meet
the regulatory requirements of your industry.
