SN-MC1E
FlagshipCoefficient of Friction Tester
Suitable for measuring the static and kinetic coefficients of friction (COF) of materials during sliding, including plastic films and sheets, rubber, paper, paperboard, woven bags, fabric styles, metal composite tapes for communication cables, conveyor belts, wood, coatings, brake pads, windshield wipers, shoe materials, wheels, and tires.
Key Features
- check_circleHigh precision with accurate test results
- check_circle7-inch touchscreen display for intelligent interaction
- check_circleBoth the test platform and the sled are degaussed and tested for residual magnetism
- check_circleFeatures a "point capture" function to record data at specific intervals
- check_circleSupports batch storage of 20 data groups with simultaneous printing
- check_circleCalibration parameters are password-protected
- check_circleMeasures both static and kinetic coefficients of friction in a single test run
Technical Specifications
Operating Principle
The specimen is cut into two pieces: one is fixed on the test platform with a clamp, and the other wraps around the sled. The sled is then attached to the sensor's hook. Under the traction force, the sled moves, causing relative motion between the two test surfaces. The force signal detected by the sensor is amplified and recorded to calculate and display both the static and kinetic coefficients of friction simultaneously.
Applicable Standards
Application Fields
Standard Configuration
Mainframe, Micro-printer, Power Cable, One Sled
Other Models in This Series
Industry Recognition & Validation
Verified“Atomark tensile testers demonstrate consistent precision in flexible packaging quality control applications. Equipment meets international testing standards.”
“Successfully validated for ASTM D882, ISO 1184, and GB/T 1040 testing protocols across multiple material types.”
All validations are based on real certifications, standard compliance tests, and aggregated client feedback. Individual testimonials require explicit customer consent.
AI & Data Summary
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