High Tenacity Rope

High tenacity rope is made of High Tenacity and High Modulus PE fiber which is twisted, interweaved, and PU modified resin coated. The ropes have a lot of merits such as high tenacity, low density, small elongation, anti-chemical erosion, UV resistance, and anti-fatigue. It is widely applied in producing drag cable for naval ships and boats, deep sea oil and gas drilling, sea fishery and athletic sports, like mountain climbing.

Main technical properties of 12-strand powerful polyethylene ropes

Diam/mm	Linear density/ketx				Breaking strength/Tonf
	Fixed value/ketx	Allowable error	After surface treatment/ketx	Allowable error
12	72.6	±5%	79.9	±8%	11.1
16	129		142		18.8
18	164		180		23.0
20	203		223		28.0
24	293		322		40.0
28	399		439		52.4
32	521		574		66.9
36	661		727		83.2
40	817		889		101
44	993		1090		120
48	1180		1300		141
56	1610		1770		187
64	2100		2310		238
72	2660		2930		296
80	3290		3620		358
88	3980		4380		427
96	4750		5220		500

Note:1 tonf = 9.8 kN 1 daN =10N = 0.01 kN 1 ktex = 1 g/m

Main technical properties of 12-strand high tenaticy polyethylene ropes

Diam/mm	Linear density/ketx				Breaking strength/Tonf
	Fixed value/ketx	Allowable error	After surface treatment/ketx	Allowable error
12	72.6	±5%	79.9	±8%	7.8
16	129		142		13.2
18	164		180		16.0
20	203		223		19.6
24	293		322		28.0
28	399		439		36.6
32	521		574		46.8
36	661		727		58.2
40	817		889		70.6
44	993		1090		84.0
48	1180		1300		98.6
56	1610		1770		130.0
64	2100		2310		166.5
72	2660		2930		207.0
80	3290		3620		250.5
88	3980		4380		300.0
96	4750		5220		350.0

Note:1 tonf = 9.8 kN 1 daN =10N = 0.01 kN 1 ktex = 1 g/m

Main technical properties of 8-strand high tenaticy polypropylene ropes

Diameter/mm	Weight kg/220m	Allowable error	Breaking strength/Tonf	Allowable error
24	65	±8%	10.5	±8%
28	84		13.5
32	110		17.5
36	141		21.0
40	173		26.0
44	213		31.0
48	251		36.0
52	293		43.0
56	342	±5%	48.0	±5%
60	394		55.0
64	447		62.0
72	566		77.0
80	700		95.0
88	845		116
96	1000		136
104	1180		158
112	1380		184
120	1570		205

Note:1 tonf = 9.8 kN 1 daN =10N = 0.01 kN 1 ktex = 1 g/m