Every kilometer your customer's tire rolls, every step they take in your shoes, every cycle your conveyor belt runs—abrasion is eating away at your product. The CF8568 DIN Abrasion Tester quantifies that wear precisely, so you can formulate rubber compounds that outlast the competition. DIN 53516 · ISO 4649 · ASTM D5963 · GB/T 9867 compliant.
| Test Standards | DIN 53516, ISO 4649, ASTM D5963, GB/T 9867 |
| Drum | ø150 ± 0.2mm * 460mm, 40 ± 1 rpm |
| Abrasion Distance | 40m standard (adjustable via touch screen) |
| Sample Load | 5N or 10N ± 0.2N, selectable |
| Abrasive Sheet | 60-grit Al₂O₃, 400mm * 474mm (2 sheets included) |
| Balance | Built-in electronic, 0.001g resolution, 200g capacity |
| Result Output | Volume loss (mm³), Density (g/cm³), Abrasion Resistance Index (ARI) |
Tire tread compound development · Shoe sole manufacturing · Rubber conveyor belt production · Floor covering and sports surface testing · Rubber seal and gasket wear evaluation · Hose cover compound QC · Printing roller rubber · Rubber compound R&D laboratories
CF8568 main unit · Sample cutting die (ø16mm) · Density balance (built-in) · Abrasive sheets (*2) · DIN reference compound No.1 · Calibration weight · Sample holder and accessories · Touch screen controller · Dust extraction port · English manual · Calibration certificate · 12-month warranty
Q: DIN vs Akron — which is better?
A: DIN 53516 (rotary drum) is the global standard for general rubber wear. Akron is used primarily for tire compounds. The CF8568 performs the DIN method—which is the broader market standard.
Q: How often do I replace the abrasive sheet?
A: After each test. Each sheet provides approximately 10-15 test tracks. The machine lateral movement ensures fresh track usage.
Q: How long does one test take?
A: Approximately 2 minutes of abrasion time + sample weighing. A complete test with 3 samples takes ~15 minutes.