Conveyor belts are used in a wide variety of material transport application such as manufacturing, food processing and heavy industry. Our company provide many kinds of rubber conveyor belts with superior quality and competitive price. You can choose the parameter of each term in the above table as you need. And if you have some special demand, please contact us, we may provide you with the best service.
Type: Cotton; Nylon(NN100, NN150, NN200); EP100, EP150, EP200, EP250, EP300
Tensile strength: 8MPa, 10MPa, 12MPa, 14MPa, 16MPa, 18Mpa
No. Of plies: 2-6
Cover thickness(mm): Top: 3-18; Bottom: 1.5-10
Belt width(mm): 300-1400
Heat resistance: 150° C-180° C (EP100, EP150, EP200, EP250)
Others: Chevron belt
Specifications
1. (Canvas, Cotton Nylon, EP) rubber conveyor belt
2. Light weight, high strength
3. Good through ability
4. High load capacity
Sorts
1. Common Conveyor Belt(canvas, cotton)
2. Nylon Conveyor Belt
3. Polyester Conveyor Belt
4. High Temperature, Heat Resistant Conveyor Belt.
Product features:
1. Suitable for conveying hot material like powder or clump materials at high temperature.
2. Ideal for conveying sintered ores, cokes, soda ash, chemical fertilizer, slag and fundry.
3.It can resist high temperature.
4.The rubber compound used in the cover has been designed to avoide premature aging due to contact with any source of heat.
5. Heat Resistant conveyor belt can be divided into three types according to working temperature range: HRT-1 ≤100°C, HRT-2≤125°C, HRT-3≤150°C.
Models:
Heat resistant conveyor belts fall into three models
Mode1: able to with stand the test temperature of less than 100°C, code S1
Mode2: able to with stand the test temperature of less than 125°C, code S2
Mode3: able to with stand the test temperature of less than 150°C, code S3
Mode4: able to with stand the test temperature of less than 175°C, code S4
The physical performance of cover rubber after heat-proof test comform to the specification in the table
| Index |
Model |
| Model1 |
Model2 |
Model3 |
Model4 |
| Variation range |
| Hardness |
Difference after and before aging(IRHD) |
20 |
±20 |
±20 |
| Maxmum after aging(IRHD) |
85 |
| Tensile strength |
Decrease of performance variance rate %<= |
-25 |
-30 |
-40 |
-40 |
| Maxmum after aging Mpa |
12 |
10 |
5 |
5 |
| elongation at break |
Performance variance rate % |
-50 |
-55 |
-55 |
| Maxmum after aging % |
200 |
180 |
180 |
Adhesion of inter layer
| Index |
Between faberic layers |
Between cover layer and belt core |
| Cover layer thickness 0.8-1.5mm |
Cover layer thickness>1.5mm |
| Average of all test samples,N/mm no less than |
3.0 |
2.2 |
2.6 |
| The lowest data of all test samples,N/mm,no less than |
2.0 |
1.6 |
2.0
|
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