Tyre coupling

Highly flexible coupling for larger misalignments and vibration dampening.

PTC tyre couplings compensate for higher misalignments, and they are easy to install and inspect. With excellent shock absorbing properties, it reduces torsional oscillations and vibrations. 

Tyre coupling exploded view
Tyre coupling exploded view

PTC tyre couplings are user-friendly, highly flexible couplings for demanding industrial applications.

Flexibility and misalignment compensation

The PTC tyre coupling is designed to accommodate significant misalignment, both angular and parallel, without compromising performance. This flexibility ensures smooth operation even in challenging conditions, reducing the risk of equipment damage and downtime. The coupling's tyre design absorbs shocks and vibrations, providing a cushioned effect that protects connected machinery.

Versatile application range

The versatility of the PTC tyre coupling makes it suitable for a wide range of applications across various industries. From manufacturing and processing plants to mining and construction equipment, this coupling can be integrated into different systems with ease. Its adaptability ensures that you can rely on the PTC tyre coupling for consistent performance in diverse environments.

Tyre coupling close up
Tyre coupling close up

Misalignment

Accommodates significant angular, parallel, and axial misalignment. Ensures smooth operation even in challenging conditions.

Shock and vibration absorption

The tyre element absorbs shocks and vibrations. Provides a cushioned effect that protects connected machinery

Easy installation

User-friendly design allows for quick and easy installation.

Minimal maintenance

Durable tyre element resists wear and tear. Low maintenance requirements reduce downtime and costs.

Versatile application range

Suitable for a wide range of applications across various industries. Can be integrated into different systems with ease.

Technical data

Size Type Min bore MM Max bore MM Type B (L) Type B (E) Type F&H (L) Type F&H (E) OD C D F G M Inertia (kg/M²) Materials Weight
40 B / 32 33 22 / / 104 82 / / / 11 0.00074 Steel 0.8
40 F 9 25 / / 33 22 104 82 / / / 11 0.00074 Steel 0.8
40 H 9 25 / / 33 22 104 82 / / / 11 0.00074 Steel 0.8
50 B / 38 45 32 / / 133 100 79 / / 12.5 0.00115 Steel 1.2
50 F 11 32 / / 38 25 133 100 79 / / 12.5 0.00115 Steel 1.2
50 H 11 32 / / 38 25 133 100 79 / / 12.5 0.00115 Steel 1.2
60 B / 45 55 38 / / 165 125 70 / / 16.5 0.0052 Steel 2
60 F 14 42 / / 42 25 165 125 103 / / 16.5 0.0052 Steel 2
60 H 14 42 / / 42 25 165 125 103 / / 16.5 0.0052 Steel 2
70 B / 50 47 35 / / 187 144 80 50 13 11.5 0.009 Steel 3.1
70 F 14 50 / / 44 32 187 144 80 50 13 11.5 0.009 Steel 3.1
70 H 14 42 / / 42 30.5 187 144 80 50 13 11.5 0.009 Steel 3
80 B / 60 55 42 / / 211 167 98 54 16 12.5 0.018 Steel 4.9
80 F 16 60 / / 58 45 211 167 97 54 16 12.5 0.018 Steel 4.9
80 H 14 50 / / 45 32 211 167 98 54 16 12.5 0.017 Steel 4.6
90 B / 70 64 49 / / 235 188 112 60 16 13.5 0.032 Steel 7.1
90 F 16 60 / / 59.5 45 235 188 108 60 16 13.5 0.031 Steel 7
90 H 16 60 / / 59.5 45 235 188 108 60 16 13.5 0.031 Steel 7
100 B / 80 71 56 / / 254 216 125 62 16 13.5 0.055 Steel 9.9
100 F 25 75 / / 65.5 51 254 216 120 62 16 13.5 0.055 Steel 9.9
100 H 16 60 / / 59.5 45 254 216 113 62 16 13.5 0.054 Steel 9.4
110 B / 90 76 63 / / 279 233 128 62 16 12.5 0.081 Steel 12.5
110 F 25 75 / / 63.5 51 279 233 134 62 16 12.5 0.078 Steel 11.7
110 H 25 75 / / 63.5 51 279 233 134 62 16 12.5 0.137 Steel 1.7
120 B / 100 85 70 / / 314 264 143 67 16 14.5 0.0137 Steel 6.9
120 F 35 100 / / 79.5 65 314 264 140 67 16 14.5 0.13 Steel 16.5
120 H 25 75 / / 65.5 51 314 264 140 67 16 14.5 0.254 Steel 15.9
140 B / 130 111 94 / / 359 311 178 73 17 16 0.255 Steel 22.2
140 F 35 100 / / 81.5 65 359 311 178 73 17 16 0.255 Steel 22.3
140 H 35 100 / / 81.5 65 359 311 178 73 17 16 0.469 Steel 22.3
160 B 40 140 117 102 / / 402 345 187 78 19 15 0.38 Steel 35.8
160 F / 115 / / 92 76 402 345 197 78 19 15 0.38 Steel 32.5
160 H / 115 / / 92 76 402 345 197 78 19 15 0.871 Steel 32.5
180 B / 150 137 114 / / 470 398 200 94 19 23 0.847 Steel 49.1
180 F / 125 / / 112 89 470 398 205 94 19 23 0.847 Steel 42.2
180 H / 125 / / 112 89 470 398 205 94 19 23 1.302 Steel 42.2
200 B / 150 138 114 / / 508 429 200 103 19 24 1.281 Cast Iron 58.2
200 F / 125 / / 113 89 508 429 205 103 19 24 1.281 Cast Iron 53.6
200 H / 125 / / 113 89 508 429 205 103 19 24 1.281 Cast Iron 53.6
220 B / 160 155 127 / / 562 474 218 118 20 27.5 2.142 Cast Iron 79.6
220 F / 125 / / 130 102 562 474 223 118 20 27.5 2.104 Cast Iron 72
220 H / 125 / / 130 102 562 474 223 118 20 27.5 2.104 Cast Iron 72
250 B / 190 162 132 / / 628 532 254 125 25 29.5 3.505 Cast Iron 104
250 F / 125 / / 132 102 628 448 254 125 25 29.5 3.468 Cast Iron 92
250 H / 125 / / 132 102 628 448 254 132 25 29.5 3.68 Cast Iron 92