Products We Sell Details

Single Leg Sling

Product Description

We are leading manufacturers of Single Leg Sling.

Min	Permissible Working
Rope Size	Load single leg slings
in mm	(Kg.)	at 0º	30º	60º	90º	120º
3	70	140	135	120	100	70
4	130	260	250	225	185	130
5	250	400	385	350	280	200
6	250	500	480	450	350	250
8	570	1100	1050	950	775	550
9	600	1340	1300	1150	950	670
10	800	1600	1550	1400	1100	800
11	1000	2000	1900	1750	1400	1000
12	1200	2400	2300	2100	1700	1200
13	1450	2800	2700	2400	2000	1400
14	1700	3500	3400	3000	2500	1700
16	2000	4000	3850	3450	2800	2000
18	2500	5000	7800	4300	3500	2500
19	3000	6000	5800	5200	4200	3000
20	4300	6600	6400	5760	4600	3300
22	4000	8000	7700	6900	5600	4000
24	4600	9200	8900	7900	6500	4600
25	5000	10000	9600	8600	7000	5000
29	6500	13000	12500	11200	9200	6500
32	8000	16000	15400	13800	11300	8000
35	9200	18400	17800	15900	13000	9200
36	10400	20800	20100	17800	14700	10400
38	12000	24000	23200	20800	16900	12000
40	12700	25400	24500	22000	17900	12700
44	16700	33400	32200	28900	23500	16700
45	20000	40000	38600	34600	28200	20000
50	23000	46000	44400	39600	32400	23000

90% Saving in Time A hand splice requires skilled labour time-up to hours. An Mechanical Splice is needs no serving.

85% Saving In Material In hand splicing a 5 ft. length of rope is needed to rope is needed to splice 1 ½ in, diameter. In case of Mechanical Splice on a rope this size needs but Seven inches.

No Risk Of Injuries The wires cannot unravel and fry on an Mechanical Splice and’so injure operators and damage merchandise.

Increased Rope Life Because a Mechanical Splice has much longer working life than does a hand splice, ropes need replacement far less frequently.

Identifications A Mechanical Splice an easily be marked with safe working load or rated capacity and, or, any other required information.

Great Strength Because in forming a Mechanical Splice the ferrule becomes ‘one’ with the wire rope the stronger than the rope as world wise tests have proved.

The introduction of ISMAL India revolutionized the whole conception of splicing and replaced the centuries old hand methods with a fully mechanized system providing quicker, safer and more economical terminations now universal wherever, wire rope is used.

The ISMAL System

The patented system comprises, basically, three types of specially designed Ferrule-or Sleeve-which are made in two forms, tapered or straight from Aluminium Alloy, or straight only Copper Alloy. The aluminum ferrules are the suitable types for steel and galvanized steel ropes whilst the copper ferrules are for use on stainless steel ropes.

What It Does

Whilst a hand splice is made by interweaving the wire rope strands thus producing an inherent weakness in the strands always remain separa, the ISMAL system provides a splice infinitely stronger even than the Wire rope which, on test, fails sooner than does ISMAL. The ISMAL system is limited neither in range nor by construction of the rope and can accommodate steel and galvanized steel ropes from 1/8 in to 6 in circumference, ¾ in to 15/8 in (1 to 48 mrn) diameter, stainless steel ropes from ¼ in to 21/8 in circumference 5/64 in to 27/32 in (2 to 21 mm) diameter, synthetic fitire, and some fiber ropes ½ in dircumference, 5/22 in to 13/1 in (4 to 20 mm) diameter.

What It Saves

Because of its simplicity and mechanization, the ISMAL processes provides a technique that makes a splice, termination or join in a fraction of the time needed to do the job by hand. And time along is not all the story, Up to 85% of material used in making a conventional hand splice is saved when the job is ISMAL-ed whilst ‘serving’ becomes unnecessary.