Information on the most widely used ASTM standards within the materials testing industry
Model: UT2049E; ISO 8295, ASTM D1894
UT2049E Coefficient of Friction Tester is Based on the ISO 8295 standard. It is professionally suitable for measuring the static friction coefficient and dynamic friction coefficient when plastic film and sheet, rubber, paper, cardboard, woven bag, fabric style, metal material composite belt, conveyor belt, wood, coating, brake pad, wiper, shoe material, tire and other materials slide. By measuring the slip properties of the material, the quality and process indicators of the material production can be controlled and adjusted to meet the requirements of product use. In addition, it can also be used to measure the slip properties of cosmetics, eye drops and other daily chemical products.
Standards: ISO 8295 | ASTM D1894: Coefficient of Friction Static and kinetic, or dynamic, coefficient of friction of plastic films, GB/T 10006. TAPPI T816.
General introduction
UT2049E Coefficient of Friction Tester is Based on the ISO 8295 standard. It is professionally suitable for measuring the static friction coefficient and dynamic friction coefficient when plastic film and sheet, rubber, paper, cardboard, woven bag, fabric style, metal material composite belt, conveyor belt, wood, coating, brake pad, wiper, shoe material, tire and other materials slide. By measuring the slip properties of the material, the quality and process indicators of the material production can be controlled and adjusted to meet the requirements of product use. In addition, it can also be used to measure the slip properties of cosmetics, eye drops and other daily chemical products.
Standards: ISO 8295 | ASTM D1894: Coefficient of Friction Static and kinetic, or dynamic, coefficient of friction of plastic films, GB/T 10006. TAPPI T816.
Key Features
1. The equipment is controlled by microcomputer, the test process is automated, with menu-type operation interface, PVC control panel and LCD screen, which is convenient for users to carry out test operation and data viewing.
2. The system accessories are all made of well-known manufacturer components, with stable and reliable performance, high-precision force sensor, and the highest test accuracy in China: 0.01N
3. No mechanical knob, full digital system, digital correction and zeroing.
4. Specially designed drive system, smooth operation, more accurate test results.
5. The system can measure the static friction coefficient and dynamic friction coefficient of the sample at the same time.
6. Equipped with a micro printer to automatically print the test report of a single piece or a group of samples.
7. The instrument test table and test slider have undergone degaussing treatment and remanence detection, which effectively reduces the system test error.
8. Group data, embedded data statistical analysis function.
9. The interface design of the instrument is simple, the operation is simpler, and the use is convenient.
The two specimen surfaces are laid flat together, and under a certain contact pressure, the two surfaces are moved relative to each other, and the required force is recorded.
ISO 8295 Plastics - Film and sheeting - Determination of the coefficients of friction
ASTM D1894 Standard Test Method for Static and Kinetic Coefficients of Friction of Plastic Film and Sheeting
JIS K 7125Plastics -- Film and sheeting -- Determination of the coefficients of friction
TAPPI T816 — Coefficient of Friction of Paper and Paperboard
GB/T 10006 Plastics—Film and sheeting—Determination of the coefficients of friction
Main Technical Specification
| Slider size | 63×63mm |
| Slider mass | 200±2g |
| Working table size | 200×470mm |
| Maximum size of the specimen | Topside 63*63mm Downside sample is 80*200mm |
| Total error of force measurement system | less than ±1% |
| Slider movement speed | 100±10mm/min |
| Slider stroke | 70mm. (can be customized 150 mm) |
| Test force accuracy | ±0.01N |
| Force measurement range | 0-5N |
| Power supply | 220V, 50HZ |
| Dimensions | 480×320×300mm |
| Weight | about 20 kg |
| Standard configuration: main frame, micro printer, 200g slider | |
Standard
ISO 8295 specifies a standardized laboratory method to determine the static (starting) coefficient of friction and the dynamic (sliding) coefficient of friction of plastic films and sheeting — most commonly when the film slides over itself (film/ film) or over another substance (film/ metal, film/ other plastic surface, etc.).
ASTM D1894 quantifies surface slip resistance of plastic films and thin sheets sliding against identical film, metal, glass or other flat substrates, generating empirical friction data for production quality control and material performance evaluation. Test static (starting) and kinetic (continuous sliding) friction coefficients of plastic film & thin sheeting; primary for flexible packaging materials.
ISO 21182 specifies test procedures to measure static coefficient of friction (μs) and dynamic coefficient of friction (μD) for light conveyor belts. Quantify how "grippy" or "slippery" a belt cover surface is when sliding against a standardized steel panel under a defined normal load.
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