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A diversified portfolio of rubber conveyor belts that meets the conveying requirements of complex operating conditions.

Austria Nylon (fabric-core) conveyor belt

Applications: Medium- and long-distance material conveying, used in industries such as mining, port operations, power generation, metallurgy, construction, and chemical processing.

Product Description

Purpose  
Medium- and long-distance material conveying, used in industries such as mining, port operations, power generation, metallurgy, construction, and chemical processing.
Characteristics  
High strength, impact resistance, excellent fatigue resistance, and small-diameter roller drive.
Fabric structure  
Plain-weave fabric.
Fabric material  
Nylon fibers in the warp direction (designated as N), and nylon fibers in the weft direction (designated as N).

Specifications and Models of Nylon Multi-Ply Fabric-Core Conveyor Belts

Category

Fabric material

Model Specifications

Adhesive tape Thickness

Tensile strength N/mm

Overburden thickness

Width range mm

Length range m

Roll diameter m

Meridional

Zonal

mm/ layer

2 floors

3  layer

4 floors

5  layer

6 floors

Top cover adhesive

Lower cover rubber

NN

Nylon fiber

Nylon fiber

NN100

0.9 

200 

300 

400 

500 

600 

0-20

00-10

300-3000

≤500

≤2.8

NN125

0.9 

250 

375 

500 

625 

750 

0-20

00-10

300-3000

≤500

≤2.8

NN150

1.0 

300 

450 

600 

750 

900 

0-20

00-10

300-3000

≤500

≤2.8

NN200

1.1 

400 

600 

800 

1000 

1200 

0-20

00-10

500-3000

≤500

≤2.8

NN250

1.3 

500 

750 

1000 

1250 

1500 

2-30

1.5-15

500-3000

≤500

≤2.8

NN300

1.4 

600 

900 

1200 

1500 

1800 

2-30

1.5-15

500-3000

≤500

≤2.8

NN350

1.6 

——

1050 

1400 

1750 

2100 

2-30

1.5-15

500-3000

≤500

≤2.8

NN400

1.8 

——

——

1600 

2000 

2400 

4.5-30

1.5-15

800-3000

≤500

≤2.8

NN500

2.0 

——

——

2000 

2500 

3000 

4.5-30

2.0-15

800-3000

≤500

≤2.8

Cover Rubber Performance Grade

Covering layer level

Tensile strength, MPa

Elongation at break (%)

Wear volume mm³

Percentage change in performance after aging at 70°C for 168 hours

H

24 

450 

120 

±25

D

18 

400 

90 

±25

L

15 

350 

200 

±25

X

25 

450 

120 

±25

W

18 

400 

90 

±25

And

20 

400 

150 

±25

Z

15 

350 

250 

±25

M

 

 

 

±25

N

 

 

 

±25

RAM-I

17 

400 

125 

±25

RAM-Il

15 

350 

175 

±25