This belt features excellent elasticity, troughability, impact, cut, tear, flex and moisture resistance. Built with integrated high‑impact steel cord mesh carcass, optimized rubber compound and integral calendering coating construction, it uses finger‑type splicing for smooth roller passage and bidirectional operation. Its lighter carcass weighs only around 80% of conventional tear‑resistant steel cord belts, helping reduce energy consumption during long‑term operation.
| COVER GRADE | ||||
| IT‑1 | IT‑2 | IT‑3 | IT‑4 | |
| Service Condition | Light Impact | Medium Impact | Heavy Impact | Super Heavy Impact |
| Normal Range | -20°C~+80°C | -20°C~+80°C | -20°C~+80°C | -20°C~+80°C |
| Temperature × Duration | 70°C × 168Hrs | 70°C × 168Hrs | 70°C × 168Hrs | 70°C × 96Hrs |
| Tensile Strength (N/mm²) | ||||
| Variation in percentage of initial value | -20 | -20 | -25 | -25 |
| Minimum value after aging | 20 | 22 | 24 | 24 |
| Elongation at break (%) | ||||
| Variation in percentage of initial value | -25 | -25 | -30 | -30 |
| Minimum value after aging | 420 | 440 | 480 | 480 |
| Hardness (IRHD) | ||||
| Difference before and after aging | ±15 | ±15 | ±18 | ±18 |
| Maximum value after aging | 78 | 78 | 80 | 80 |
Product Features
This belt features excellent elasticity, troughability, impact, cut, tear, flex and moisture resistance. Built with integrated high‑impact steel cord mesh carcass, optimized rubber compound and integral calendering coating construction, it uses finger‑type splicing for smooth roller passage and bidirectional operation. Its lighter carcass weighs only around 80% of conventional tear‑resistant steel cord belts, helping reduce energy consumption during long‑term operation.
IT‑1: -20°C ~ 80°C
IT‑2: -20°C ~ 80°C
IT‑3: -20°C ~ 80°C
IT‑4: -20°C ~ 80°C
Integrated high‑impact anti‑tear steel cord mesh carcass, EP, NN, aramid.
Suitable for heavy‑duty bulk material conveying under sharp material impact and piercing risks, including mines, quarries and bulk handling facilities.
- Material type, lump shape, particle size & impact piercing risk
- Required impact‑tear resistant grade
- Conveyor operating speed
- Total conveying distance & tension load
- Drop height and impact level of feeding material
- Ambient working environment & material temperature
Standard impact & tear resistant belts are not suitable for the below working conditions. Contact our team for customized rubber compound alternatives.
- Long‑term conveying of high‑temperature hot bulk materials
- Conveying materials with strong acid or alkaline properties
- Transporting oily materials or grease‑contaminated bulk solids
- Applications requiring special flame‑retardant performance
Professional Manufacturer
Specialize in R&D & production of impact & tear‑resistant conveyor belts with multiple carcass options.
Wide Industry Coverage
Serve mines, quarries and bulk‑handling terminals for global customers with heavy‑duty conveying solutions.
Custom Technical Support
Provide belt selection, impact‑tear grade consulting, calculation, drawings and on‑site service for sharp‑material impact conditions.
Rigorous Quality Control
Full‑process inspection & batch lab impact‑tear performance testing; test reports available.
Solid R&D Strength
Joint‑research with institutes to develop belts for high‑impact and piercing‑risk bulk‑material conveying conditions.
One‑stop Service
Complete supply, technical after‑sales and full‑export‑process support for heavy‑impact conveying projects.
Contact: Howie Song
Phone: +86-18205868681
E-mail: info@sunyconveyor.com
Whatsapp:8618205868681
Add: Rubber Valley Mansion, No.7, Wuyang Road, Shibei District, 266045, Qingdao, China.
