Global technology leader in the manufacture of wire and fibre rope solutions

Balance Ropes - Ground Mounted Friction Hoist

Flat Ropes
8x4x7, 6x4x12, 8x4x12, 8x4x14, 8x4x19

Benefits:

  • Maximum flexibility
  • Good rotational characteristics

Bridon’s Tiger brand flat ropes - Maximum flexibility with good rotational characteristics.

High performance Mining ropes from Bridon – a brand proven in the most demanding applications.

Nominal Dimensions Width x b x Thickness s

Nominal Diameter of the Load Carrying Wires

Sum of the Nominal Cross- Sectional Areas of the Load Carrying Wires

Calculated Mass Per Unit Length of the Lubricated Rope

Nominal Aggregate Breaking Load at a Tensile Grade of the Wires of

Double Stitched (d)

Single Stitched (e) or Clamped (k)

Load Carrying Wires

Sectional Areas of the Load Carrying Wires

Double Stitched (d)

Single Stitched (e)

Clamped (k)

1370 N/mm2

1570 N/mm2

mm

mm

mm

mm2

kg/m

kg/m

kg/m

kN

kN

Rope Construction 8 x 4 x

7 = 8 Legs with 4 Strands each having 1+6 Wires = 224 wires

110 x 20

110 x 18

1.9

635

6.42

6.16

6.04

870

997

113 x 20

113 x 18

1.95

669

6.76

6.49

6.36

917

1050

116 x 21

116 x 19

2.0

704

7.11

6.83

6.69

964

1105

119 x 21

119 x 19

2.05

739

7.47

7.17

7.02

1010

1160

122 x 22

122 x 20

2.1

776

7.84

7.53

7.38

1060

1220

125 x 22

125 x 20

2.15

813

8.22

7.89

7.73

1110

1280

128 x 23

128 x 21

2.2

851

8.60

8.26

8.09

1170

1340

Rope Construction 6 x 4 x

12 = 6 Legs with 4 Strands each having 3+9 Wires = 288 wires

112 x 26

112 x 23

1.9

817

8.26

7.93

7.68

1120

1280

115 x 25

115 x 23

1.95

860

8.69

8.35

8.09

1180

1350

118 x 27

118 x 24

2.0

905

9.14

8.78

8.51

1240

1420

121 x 27

121 x 24

2.05

951

9.61

9.23

8.94

1300

1490

124 x 28

124 x 25

2.1

998

10.10

9.68

9.39

1370

1570

127 x 28

127 x 25

2.15

1046

10.60

10.20

9.84

1430

1640

130 x 29

130 x 26

2.2

1095

11.10

10.70

10.30

1500

1720

Rope Construction 8 x 4 x

12 K= 8 Legs with 4 Strands each having 3+9 Wires = 384 wires

146 x 25

146 x 23

1.9

1089

11.00

10.60

10.30

1490

1710

149 x 26

149 x 23

1.95

1147

11.60

11.20

10.80

1570

1800

154 x 27

154 x 24

2.0

1206

12.20

11.70

11.40

1650

1890

157 x 27

157 x 24

2.05

1267

12.80

12.30

11.90

1740

1990

160 x 28

160 x 25

2.1

1330

13.50

12.90

12.50

1820

2090

165 x 28

165 x 25

2.15

1394

14.10

13.60

13.10

1910

2190

168 x 29

168 x 26

2.2

1460

14.80

14.20

13.80

2000

2290

Rope Construction 8 x 4 x

14 K= 8 Legs with 4 Strands each having 4+10 Wires = 448 wires

168 x 28

168 x 25

2.0

1407

14.30

13.70

13.30

1930

2210

172 x 29

172 x 26

2.05

1479

15.00

14.40

13.90

2030

2320

176 x 29

176 x 26

2.1

1552

15.70

15.10

14.60

2130

2440

180 x 30

180 x 27

2.15

1626

16.50

15.80

15.30

2230

2550

184 x 30

184 x 27

2.2

1703

17.20

16.60

16.00

2330

2670

Rope Construction 8 x 4 x

19 K= 8 Legs with 4 Strands each having 1+6+12 Wires = 608 wires

186 x 31

186 x 28

1.9

1724

17.50

16.80

16.20

2360

2710

190 x 32

190 x 29

1.95

1816

18.40

17.80

17.00

2490

2850

194 x 33

194 x 30

2.0

1910

19.30

18.60

18.00

2620

3000

200 x 34

200 x 31

2.05

2007

20.30

19.50

18.90

2750

3150

204 x 34

204 x 31

2.1

2106

21.30

20.40

19.80

2890

3310

210 x 36

210 x 32

2.15

2207

22.30

21.40

20.80

3020

3460

216 x 37

216 x 33

2.2

2311

23.30

22.40

21.80

3170

3630

The nominal length mass values are for fully lubricated ropes.

This table is for guidance purposes only with no guarantee or warranty (express or implied) as to its accuracy. The products described may be subject to change without notice, and should not be relied on without further advice from Bridon. View the full disclaimer here.