Reinforcement material utilized for production of multiply conveyor belts.

P 125

P 160

P 200

P 250

P 315

Material

warp 1

PA 6

warp 2

–

PA 6

–

weft

PA 6

Strength (N/mm)

warp

min. 160

min. 180

min. 240

min. 260

min. 300

min. 310

min. 360

min. 400

weft

min. 70

min. 80

min. 90

min. 80

min. 100

min. 70

min. 100

Elongation (%)

warp

26 ± 5

28 ± 5

31 ± 5

28 ± 5

26 ± 5

28 ± 5

30 ± 5

weft

56 ± 5

62 ± 5

50 ± 5

40 ± 5

45 ± 5

56 ± 5

65 ± 5

39 ± 5

44 ± 5

Area weight (g/m2)

–

435 ± 25

620 ± 30

640 ± 35

635 ± 35

720 ± 40

780 ± 40

860 ± 45

935 ± 50

940 ± 50

Thickness (mm)

–

0,95 ± 0,15

1,20 ± 0,15

1,35 ± 0,20

1,25 ± 0,15

1,20 ± 0,15

1,50 ± 0,20

1,45 ± 0,20

1,80 ± 0,20

1,65 ± 0,20

Adhesion (N/mm)

–

min. 10

Binding

–

Four shaft broken twill

Plain

Four shaft broken twill

Plain

Four shaft broken twill

Rep

Double warp reinforced

Four shaft broken twill

Production overview of Conveyor Belt Fabrics

Type of Fabrics	Production Range	Warp strength (N/mm)	Weft strength (N/mm)
EP	EP 125 – EP 630	120–900	60–120
P	P 125 – P 750	160–915	70–120
EE	EE 125 – EE 200	166–270	60–210
EPP	EPP 400 – EPP 1000	500–1300	200–400
DPP	DPP 630 – DPP 2000	760–2400	120–160
Brakers	TG 13 – TG 21	18–40	160–210
Monofils	XPE 81 – XPE 110	40–160	70–110
Chafers	P 40 – P 70	40–70	40–70
Special applications	PES 110 × 2 × 3 PES 110 × 4 × 4 PA 66 140 × 5 × 3	350–700	–