Coefficient of friction (COF) testing equipment plays a pivotal role in ensuring the safety, efficiency, and reliability of materials across industries. Specialized coefficient of friction testing labs utilize advanced instruments to evaluate how materials interact under sliding conditions By simulating real-world scenarios, testing labs provide actionable data to refine material formulations, surface treatments, and processing parameters.
Download Product Catalage
Coefficient of Friction Testing Equipment determines static and kinetic COF values under standardized conditions. Coefficient of friction (COF) testing is essential for evaluating the frictional properties of materials, particularly in industries like packaging, film manufacturing, and quality control laboratories. The COF determines the ease or difficulty with which materials slide against each other, impacting production efficiency, handling, and end-use performance.
"(《世界人权宣言》) COF-01 摩擦系数测试仪 from Cell Instruments integrates advanced technology for precise and automated friction analysis. Key features include:
PLC control and HMI touchscreen for intuitive operation.
Stepper motor drive system for high accuracy.
Load cell and adjustable sled sizes to meet various testing requirements.
Real-time force measurement and graphical analysis for better interpretation of results.
遵守 ASTM D1894, ISO 8295, and TAPPI T816 for standardized testing.
This equipment helps manufacturers optimize their materials for improved performance and reliability.
| Load Cell | 5 N(or as required) |
| Accuracy | 0.5 F.S. |
| Sled | 200±1g (or as required) |
| Sled Size | 63.5mm*63.5mm (or as required) |
| Test Speed | 100mm/min (ISO), 150mm/min (ASTM) |
| Dimensions | 540mm(L)*380mm(W)*240mm(H) |
| Weight | NW 21kg |
| Power | 110~220V 50/60Hz |
COF testing involves measuring two primary frictional forces:
The force required to initiate movement between two surfaces. Static COF is crucial for applications where initial resistance to movement must be controlled, such as in packaging, where films should not slide too easily. A high static COF can cause handling difficulties, while a low value may lead to unwanted shifting of stacked materials.
The force needed to maintain movement once initiated. Kinetic COF, sometimes referred to as dynamic COF, is essential for maintaining consistent motion. It determines the frictional force acting on a material while in motion. The measurement of kinetic COF ensures that materials interact appropriately with machine components, preventing excessive wear, misalignment, or material sticking. This is particularly significant for processes such as printing, conveyor belt operations, and automated packaging.
Both values are key indicators of a material’s surface characteristics, affecting its functionality in various applications.
Defines test methods for measuring static and kinetic COF of plastic films and sheets. This standard ensures consistency in the evaluation of materials used in packaging, flexible materials, and consumer goods.
Specifies similar procedures to ASTM D1894 but applies to a broader range of flexible materials beyond just plastics, ensuring compatibility with international regulations.
Focuses on COF testing for paper and paperboard materials, making it essential for the printing and packaging industries where material smoothness and handling play a crucial role.
These standards provide the framework for ensuring accurate and repeatable COF measurements, helping manufacturers maintain product quality, optimize processing conditions, and meet regulatory requirements.
"(《世界人权宣言》) COF-01 摩擦系数测试仪 由 细胞仪器 is designed to comply with these standards, ensuring reliable and repeatable results across various material types and industries.
COF testing plays a crucial role in multiple industries, including:
Packaging: Evaluating the slipperiness of plastic films and laminated materials. Ensures smooth material flow in production lines and prevents stacking issues.
Medical Devices: Tests frictional properties of packaging materials to ensure compliance with safety and usability standards. Ensuring safe handling of syringes and catheter materials.
纺织品: Assessing fabric smoothness for better usability. Measures fabric-to-fabric friction in sportswear or upholstery.
Paper and Printing: Determining friction levels for effective production processes.
Factors like antiblock additives, corona treatment, and coatings significantly alter COF values, making precise testing indispensable. By using high-precision COF testing equipment, manufacturers can enhance product quality and meet regulatory standards efficiently.
当需要精确和标准化的测量时，我们的 摩擦系数测试解决方案 提供一个多功能。
母版制作 COF 测试 这不仅是一种技术需要，也是一种竞争优势。
了解我们的摩擦系数测试仪如何优化您的塑料薄膜性能--联系我们 摩擦系数.com 今天就为您提供专家解决方案！
繁體中文 
English 
Español 
Deutsch 
العربية 
Bahasa Indonesia 
Português 
Русский 
한국어 
日本語 
עִבְרִית