| Type | Tensile Strength | Elongation at break | Abrasion loss | Cover polymer | Resistance to accelerated ageing | |||||
| Tensile strength decrease | Elongation decrease | Hardness increase | ||||||||
| 168h | 168h | 168h | 168h | 168h | 168h | |||||
| 160˚C | 130˚C | 160˚C | 130˚C | 160˚C | 130˚C | |||||
| T2 – | 150 | 450 | 200 | SBR | _ | 60% | _ | 80% | _ | 20% |
| 130˚C | ||||||||||
| T3 – | 120 | 350 | 200 | EPDM | 60% | _ | 80% | _ | 20% | _ |
| 150˚C | ||||||||||
| 180˚C | 120 | 350 | 250 | EPDM | 60% | _ | 80% | _ | 30% | _ |
| Materials Carried | Lump Size | Temperature of conveyed materials | Belt surface temperature | ||||||||
| Sintered ore | 25 – 200 mm | 200 – 400˚C | 130-150˚C | ||||||||
| Return of sintered ore | < 10 mm | 260˚C | 150-190˚C | ||||||||
| Coke | 100 – 200 mm | 70-100˚C | 50-60˚C | ||||||||
| Raw material | < 30 mm | 180-220˚C | 100-120˚C | ||||||||
| Clinker | 10 – 30 mm | 100-220˚C | 100-110˚C | ||||||||
| Cement | Powder | 100-125˚C | 80-90˚C | ||||||||
| Metal powder | _ | 170˚C | 120-130˚C | ||||||||
| Sand moulding | _ | 200-250˚C | 80-90˚C |


































































