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Hungary Fabric-core tubular conveyor belt
Applications: Short- and medium-distance, enclosed, environmentally friendly conveying of bulk materials.
Category:
Product Description
Purpose
Short- and medium-distance, enclosed, environmentally friendly conveying of bulk materials.
Characteristics
Closed‑loop conveying, protecting both the material and the environment; steep‑angle, bi‑directional conveying; three‑dimensional curved‑path conveying. Correspondence between belt diameter and belt width.
Correspondence between belt diameter and belt width
Nominal pipe diameter mm | φ150 | φ200 | φ250 | φ300 | φ350 | φ400 | φ500 | φ600 |
Actual outer diameter mm | 165 | 218 | 282 | 308 | 361 | 457 | 543 | 640 |
Bandwidth mm | 650 | 800 | 1000 | 1100 | 1300 | 1600 | 1850 | 2250 |
Belt Series | ||||||
Nominal pipe diameter | with wide mm | Powerful specifications | ||||
2nd floor | 3 floors | 4 floors | 5 floors | 6 floors | ||
φ150 | 650 | EP100—EP250 | EP100—EP200 | One | One | One |
φ200 | 800 | EP100—EP300 | EP100—EP250 | One | One | One |
φ250 | 1000 | EP200—EP300 | EP150—EP300 | EP150—EP250 | One | One |
φ300 | 1100 | EP200—EP350 | EP150—EP300 | EP150—EP250 | One | One |
φ350 | 1300 | One | EP200—EP400 | EP200—EP350 | EP150—EP300 | One |
φ400 | 1600 | One | EP250—EP400 | EP250—EP350 | EP200—EP300 | One |
φ500 | 1850 | One | One | EP250—EP400 | EP250—EP400 | EP200—EP400 |
φ600 | 2250 | One | One | EP300—EP400 | EP250—EP400 | EP200—EP400 |
Covering rubber performance | |||||
Overburden Category | Tensile strength, MPa | Elongation at break (%) | Wear volume mm³ | Ozone-resistant | Rate of change in performance of hot air after aging, % |
H | 25 | 450 | 120 | No cracking | ±25 |
D | 18 | 400 | 90 | No cracking | ±25 |
L | 20 | 400 | 150 | No cracking | ±25 |
T1 | 15 | 450 | 200 | No cracking | ±30 |
T2 | 15 | 450 | 200 | No cracking | ±50 |
T3 | 10 | 450 | 200 | No cracking | ±55 |
Ozone Resistance Test Conditions
Ozone concentration: 50 ppm, temperature: 40°C, elongation: 20%, duration: 96 hours.
H/D/L type, thermal air aging conditions: 70°C × 168 h.
Type T1, thermal air aging conditions: 100°C × 168 h.
Type T2, thermal air aging conditions: 125°C × 168 h.
T3 type, thermal air aging conditions: 150°C × 168 h
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