Product Description
Features
- Static and kinetic coefficients of friction can be tested for each specimen
- This instrument conforms to multiple standards of ISO, ASTM and GB and the user could select testing methods as required
- Test speed could be preset and adjusted by the users as required
- Sled of specific weight could be customized
- The sliding plane and the sled are treated by degaussing and remanence detection which effectively reduce the system error
- Top quality parts and components made by world famous brands are used to ensure reliable overall product performance
- The instrument is controlled by micro-computer with LCD display, PVC operation panel and menu interface
- Professional operating software support statistical analysis of single specimen, group specimens, superposition analysis of test curves and historical data comparison functions
- Equipped with RS232 port and micro printer port which is convenient to the data transmission and PC connection
- Supports LystemTM Lab Data Sharing System for uniform and systematic data management
Standards
This instrument conforms to various national and international standards:
ISO 8295, ASTM D1894, TAPPI T816, GB 10006
Applications
| Basic Applications |
- Plastic Films and Sheets
Coefficient of static and dynamic friction tests of plastic films and sheets
|
- Paper and Paperboard
Coefficient of static and dynamic friction tests of paper and paperboard
|
- Textiles, Non-woven Fabrics and Woven Bags
Coefficient of static and dynamic friction tests of textiles, non-woven fabrics and woven bags
|
- Rubber
Coefficient of static and dynamic friction tests of rubber products
|
- Aluminum Foils, Aluminum Foil Composite Films, and Metal Products
Coefficient of static and dynamic friction tests of aluminum foils, aluminum foil composite films and other metal products
|
- Printing Matters
Coefficient of static and dynamic friction tests of printing matters
|
| Extended Applications |
- Wood and Flooring
Coefficient of static and dynamic friction tests of wood and flooring
|
- Photographic Films
Coefficient of static and dynamic friction tests of photographic films
|
- Grains
Coefficient of static and dynamic friction tests of grains against the metal materials
|
- Hair
Coefficient of static and dynamic friction tests of the hairs
|
- Pipes
Coefficient of static and dynamic friction tests of pipes
|
- Ball Shaped Materials
Coefficient of static and dynamic friction tests of the ball shaped material against even leveled materials
|
- Medical Tubes
Coefficient of static and dynamic friction tests of medical tubes and artificial skin
|
- Lacquered Wires
Coefficient of static and dynamic friction tests of the lacquered wire against even leveled materials
|
Technical Specifications
| Specifications |
MXD-02 Coefficient of Friction Tester |
| Capacity Range |
0 5 N |
| Accuracy |
0.5% FS |
| Stroke |
70 mm, 150 mm |
| Mass of Sled |
200 g (Standard) |
| Sled of specific weight could be customized |
| Test Speed |
100 mm/min, 150 mm/min |
| Test speed could be adjusted |
| Environment Condition |
Temperature: 232C |
| Humidity: 20%RH 70%RH |
| Power Supply |
220VAC 50Hz / 120VAC 60Hz |
| Instrument Dimension |
630 mm (L) x 360 mm (W) x 230 mm (H) |
| Net Weight |
33 kg |
Configurations
- Standard Configurations
- Instrument, Micro Printer and Sled of 200g
- Optional Parts
- Professional Software, Communication Cable and Customized Sled of 500g
Precision Testing for Polyester FilmsEngineered for laboratory professionals, this COF tester accurately measures both static and kinetic friction of polyester and related films. Its adherence to critical international testing standards guarantees reliable and reproducible results, vital for materials quality control and research applications. The robust design accommodates a wide range of test specimens and operating conditions, making it suitable for diverse lab environments.
User-Friendly Digital OperationA digital LCD interface streamlines the testing process, providing real-time readings and statistics. Automated calibration, variable speed adjustment, and a microprocessor-based control system allow for efficient, semi-automatic operation with precise control. Easily store and retrieve up to 100 test results in the internal memory for streamlined data management and analysis.
Versatile Application and Robust BuildBuilt for durability and ease of use, the tester features a stainless steel base plate, adjustable slide settings, and bench-top mounting. With a maximum sample width of 300 mm and sliding speed set to 150 mm/min, it's equipped for standardized testing across different films, supporting diverse industrial and research needs.
FAQ's of Coefficient of Friction tester for polyester film:
Q: How does the Coefficient of Friction tester measure static and kinetic COF for polyester film?
A: The tester employs a 200 g test block that slides over a stainless steel base at a controlled speed, while integrated sensors measure the frictional force. Calculations for static and kinetic COF are done according to relevant standards, with results displayed digitally.
Q: What types of materials and standards can this tester evaluate?
A: This instrument primarily tests polyester film and similar sheet materials, following methods specified in IS 2508, ASTM D1894, TAPPI T816, and ISO 8295. Its adjustable slide length and variable speed accommodate a range of sample sizes and types.
Q: When should calibration be performed on this COF tester?
A: Calibration should be done before initial use, after significant maintenance, or periodically based on laboratory protocols. The machine supports both automatic and manual calibration to maintain accuracy within 0.01 COF.
Q: Where can test data be accessed or exported from the device?
A: Test results are stored within the device's internal memory (up to 100 tests) and can be output in real-time or downloaded to external systems via RS232 or USB connectivity, making it easy to integrate with laboratory information systems.
Q: What is the typical process for conducting a friction test on polyester film?
A: A specimen of 80 mm x 200 mm is mounted onto the tester, and the test block is placed as per instructions. The machine sets the slide length and speed, then records the force required as the block moves, determining the coefficient of friction. Results are available instantly on the digital display.
Q: How does user-friendly operation benefit laboratory testing using this COF tester?
A: Its semi-automatic operation, intuitive interface, adjustable settings, and quick data access streamline the testing process, minimize operator error, and enhance productivity for routine quality control and research.