Bridon Tiger®

Dyform 18M / 18M PI

Bridon Tiger Dyform® 18M Blair winder rope with a two layer construction over a WSC. This rotation resistant rope can be impregnated with plastic (PI) for a better corrosion resistance. The dyformed strands are giving better contact on the lining and the sheaves.

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Applications

Parallel Drum Hoist
Blair Hoist
Ground Mounted Friction Hoist

Advantages

Rotation Resistant
Robust construction
Corrosion resistant

Downloads

Underground Mining Catalogue

Features

Compaction Dyform

Core IWRC, PI

Steel Grades 1770, 1960 or 2160

Lay type Langs lay or Regular lay

Lay Direction RH or LH

Finish Bright or Galvanised

Bridon Tiger Dyform® 18M / 18M PI specification

^{Note for more detailed information please download the brochure above.}

Tables

Diameter Approximate Mass Calculated Aggregate Breaking Force Calculated Minimum Breaking Force
1570 N/mm² 1770 N/mm² 1960 N/mm² 1570 N/mm² 1770 N/mm² 1960 N/mm²
mm kg/m kN kN kN kN kN kN
16 1.25 222 251 278 178 201 222
17 1.42 251 283 314 201 226 251
18 1.59 282 318 352 225 254 281
19 1.77 314 354 392 251 283 313
20 1.96 348 392 434 278 314 347
21 2.17 384 432 479 307 346 383
22 2.38 421 475 526 337 380 420
23 2.60 460 519 575 368 415 460
24 2.83 501 565 626 401 452 500
25 3.07 544 613 679 435 490 543
26 3.32 588 663 734 470 530 587
27 3.58 634 715 792 507 572 634
28 3.85 682 769 852 546 615 681
29 4.13 732 825 914 585 660 731
30 4.42 783 883 978 626 706 782
31 4.72 836 943 1040 669 754 835
32 5.03 891 1000 1110 713 804 890
33 5.35 948 1060 1180 758 855 947
34 5.68 1000 1130 1250 805 907 1000
35 6.02 1060 1200 1330 853 962 1060
36 6.37 1120 1270 1400 902 1010 1120
37 6.73 1190 1340 1480 953 1070 1190
38 7.10 1250 1410 1560 1000 1130 1250
39 7.48 1320 1490 1650 1050 1190 1320
40 7.90 1380 1560 1730 1110 1250 1380
41 8.30 1450 1640 1820 1160 1310 1450
42 8.72 1530 1720 1910 1220 1380 1520
43 9.14 1600 1800 2000 1280 1440 1600
44 9.57 1670 1890 2090 1340 1510 1670
45 10.00 1750 1980 2190 1400 1580 1750
46 10.40 1830 2060 2290 1460 1650 1830
47 10.90 1910 2160 2390 1530 1720 1910
48 11.30 1990 2250 2490 1590 1800 1990
49 11.80 2080 2340 2600 1660 1870 2080
50 12.30 2160 2440 2700 1730 1950 2160
51 12.80 2250 2540 2810 1800 2030 2250
52 13.30 2340 2640 2920 1870 2110 2340
53 13.80 2430 2740 3040 1940 2190 2430
54 14.40 2530 2850 3150 2020 2280 2520

Diameter	Approximate Mass	Calculated Aggregate Breaking Force	Calculated Minimum Breaking Force
1570 N/mm²	1770 N/mm²	1960 N/mm²	1570 N/mm²	1770 N/mm²	1960 N/mm²
mm	kg/m	kN	kN	kN	kN	kN	kN
16	1.25	222	251	278	178	201	222
17	1.42	251	283	314	201	226	251
18	1.59	282	318	352	225	254	281
19	1.77	314	354	392	251	283	313
20	1.96	348	392	434	278	314	347
21	2.17	384	432	479	307	346	383
22	2.38	421	475	526	337	380	420
23	2.60	460	519	575	368	415	460
24	2.83	501	565	626	401	452	500
25	3.07	544	613	679	435	490	543
26	3.32	588	663	734	470	530	587
27	3.58	634	715	792	507	572	634
28	3.85	682	769	852	546	615	681
29	4.13	732	825	914	585	660	731
30	4.42	783	883	978	626	706	782
31	4.72	836	943	1040	669	754	835
32	5.03	891	1000	1110	713	804	890
33	5.35	948	1060	1180	758	855	947
34	5.68	1000	1130	1250	805	907	1000
35	6.02	1060	1200	1330	853	962	1060
36	6.37	1120	1270	1400	902	1010	1120
37	6.73	1190	1340	1480	953	1070	1190
38	7.10	1250	1410	1560	1000	1130	1250
39	7.48	1320	1490	1650	1050	1190	1320
40	7.90	1380	1560	1730	1110	1250	1380
41	8.30	1450	1640	1820	1160	1310	1450
42	8.72	1530	1720	1910	1220	1380	1520
43	9.14	1600	1800	2000	1280	1440	1600
44	9.57	1670	1890	2090	1340	1510	1670
45	10.00	1750	1980	2190	1400	1580	1750
46	10.40	1830	2060	2290	1460	1650	1830
47	10.90	1910	2160	2390	1530	1720	1910
48	11.30	1990	2250	2490	1590	1800	1990
49	11.80	2080	2340	2600	1660	1870	2080
50	12.30	2160	2440	2700	1730	1950	2160
51	12.80	2250	2540	2810	1800	2030	2250
52	13.30	2340	2640	2920	1870	2110	2340
53	13.80	2430	2740	3040	1940	2190	2430
54	14.40	2530	2850	3150	2020	2280	2520

^{This table is for guidance purpose 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 Bekaert.}

Bridon Tiger Dyform® 34LR / 34LR PI

The Bridon Tiger Dyform® 34LR offers high strength, excellent spooling on multi-layer drums, with the highest flexibility. With a PI Intrusion of the core, the rope reaches excellent diameter stability when high thread pressure becomes an issue.

WRI® DyPac 34

DyPac strand enhancement of a 34x7 (LCD) construction provides additional performance, an increase in strength of approximately 15%, reduced sheave and drum wear, and significantly enhanced drum spooling. As a result, operating depths can be extended up to approximately 6000 ft. (1830 m).

WRI® Tri-MAX

A well-proven 6x27 langs-lay flattened triangular strand construction provides 2.5 times the contact area of a round strand rope. Designed for increased rope strength, wear resistance and fatigue life, and exceptional resistance to drum crushing. The (3/3) triangular strand center construction provides the best strength/performance combination for drums with a recommended D/d ratio of 80/1.

Bridon Tiger Dyform® 6R

The Bridon Tiger Dyform® 6R is a high strength 6 strand rope on friction winders with reliable performance.

Bridon Tiger® 6R Bristar®

Bridon Tiger® 6R Bristar® is the most common used rope on friction winders with reliable performance, advanced diameter stability and lifetime with a Bristar® core.

Bridon Tiger Dyform® 24LS / 24LS PI

The Bridon Tiger Dyform® 24 LS is the most robust rotation resistant hoisting rope with superior performance on friction hoists with a high breaking strength. The dyformed strand are giving a contact on the lining and the sheaves. With a PI Intrusion of the core, the rope reaches excellent diameter stability when high thread pressure becomes an issue.

WRI® PS 1810

A resilient 18x7 IWRC construction and wire tensile ranging from 1770 MPa (115 Long Tons/In2) to 2000 MPa(130 Long Tons/ In2) provide the necessary strength and reliability to operate up to depths of approximately 2000 ft.(610 m). A specialized Line Contact Design (LCD) improves performance and reduces internal cross cutting damage, common to other multi-strand products. By combining outer langs lay strands with inner regular lay strands, the underside of the outer strand wires run in the same direction as the wires of the supporting layer.

Bridon Tiger Dyform® 34LR MAX

Roller compacted Bridon Tiger Dyform® 34LR MAX offering the highest strength with excellent spooling properties on multi-layer drums.