Composite Double Braid Polyester Pulling Rope, Heavy Duty

This professional grade heavy duty composite double braid pulling rope is available in 3/8", 7/16", 1/2", 9/16", 5/8", 3/4", and 7/8" diameters. It has shock absorption properties in common with nylon, with much greater tensile strength compared to nylon and polyester. Ideal for pulling, this composite polyester pull rope offers superior resistance to abrasion, exposure to sunlight, and most chemicals. It has factory spliced pulling eyes at each end. This type of polyester pulling rope is ideal for heavy duty cable pulling, especially where multiple cables are being installed.

Composite double braided polyester pulling rope has low stretching tendency with a tensile strength matching the maximum pulling force to be utilized. The minimum break strength varies depending on the diameter size but ranges from 5,000 lbs. per foot to 32,000 lbs. per foot. Approximate density ranges from 4.5 lbs. per 100 feet to 25.0 lbs. per 100 feet. Most sizes are supplied in the following three lengths 300', 600', 1200' and are supplied on a durable wooden spool.

Features

Features

Factory spliced pulling eyes at each end
Heavy duty professional grade
Double braided
High tensity low stretch polyester double braided pulling rope
Breaking tenacity: 7.0-9.5 grams denier
Wet strength/dry strength: 100%
Shock load absorption ability: good
Specific gravity: 1.38
Floats: no
Elongation percent at break: 12-15%
Creep (extension under sustained load): low
Water absorption of individual fibers: <1%
Dielectric properties: good
Resistance to UV in sunlight: excellent
Resistance to rot and mildew: excellent wet or dry
Surface abrasion resistance: excellent
Internal abrasion resistance: excellent
Melting point: 490-500 degrees
Resistance to acids: good
Resistance to alkalis: fair
Resistance to oils and gas: very good

Specifications

Specifications

Composite Double Braid, Heavy Duty Polyester Pulling Rope
Diameter (Inches)	Length (Feet)	Minimum Break Strength (Lbs)	Approximate Density (Lbs/100ft)	Approximate Package Weight (Lbs)
3/8	600	5,000	4.5	27.0
3/8	1200	5,000	4.5	54.0
7/16	600	7,500	6.1	37.0
7/16	1200	7,500	6.1	74.0
1/2	300	9,500	8.1	25.0
1/2	600	9,500	8.1	49.0
1/2	1200	9,500	8.1	98.0
9/16	300	16,150	10.0	30.0
9/16	600	16,150	10.0	60.0
9/16	1200	16,150	10.0	120.0
5/8	300	18,000	13.0	39.0
5/8	600	18,000	13.0	78.0
5/8	1200	18,000	13.0	156.0
3/4	300	26,000	18.0	54.0
3/4	600	26,000	18.0	108.0
3/4	1200	26,000	18.0	216.0
7/8	300	32,000	25.0	75.0
7/8	600	32,000	25.0	150.0
7/8	1200	32,000	25.0	300.0
1	300	42,000	32.0	96.0
1	600	42,000	32.0	192.0
1	1200	42,000	32.0	384.0

Please See Our Care and Use Page

Additional Information

Proper Care and Use

Warning: Misuse of Ropes Could Result in Serious Injury

CAUTION: Use of Working Loads

Because of the wide range of rope use, rope condition and exposure to the various factors affecting the rope, it is impossible to make blanket recommendations as to the correct choice of rope to use. However we have provided the tensile strength for each diameter and type of rope. These strengths are based on tests of new and unused rope, with appropriate splices. Proper choice, care and inspection of the rope are essential for reasonably safe use of the rope. Consult your cordage vendor for proper use.

Dynamic Loading Voids Normal Work Loads

Dynamic Loading occurs when rope is subjected to sudden or extreme stress. Figures given as working loads are void if rope has been subjected to dynamic loading, high temperatures, long periods of load, extreme stress, improper storage.

Effect of Temperature on Tensile Strength

The tensile strength charts apply to ropes tested at normal room temperature (70°F). Ropes have lower tensile strength at higher temperatures. Continued exposure at elevated temperatures causes permanent damage.

Avoid Abrasion

All ropes should be protected against sharp edges and abrasive surfaces. When worn areas are visible, the tensile strength is compromised. Protect the rope's surface with chafing gear around the rope.

Avoid Chemicals

Acids and Alkalis are damaging to ropes and fibers. Caution should be used when ropes are used around building cleaning acids, cast soda and paints. Proper inspection should be made of rope prior to use.

Rope Inspection

Rope Inspection should be a continuous process that takes place before, during and after each use. When fiber shows wear in any given area, the rope should be re-splices, downgraded or replaced.

Knots and Splicing

Splicing should be used instead of knots. Knots can decrease a rope's tensile strength by up to 50%

Rope Storage

All ropes should be stored in a clean dry location, out of direct sunlight and extreme heat. Natural fiber ropes, if not kept dry, will rot over time, reducing tensile strengths dramatically.

Sunlight Degradation

Polypropylene and polyethylene ropes are subject to ultraviolet degradation. The product should be replaced when signs of excessive deterioration is indicated by discoloration or broken filaments. Tensile strengths may be dramatically reduced by sunlight degradation.

Dielectric Properties

Dielectric property testing applies only to new, unused clean rope and holds true only under these ideal conditions. Dirt, grease, entrapped moisture, or other contaminants will increase conductivity greatly. Nylon or natural fiber ropes would not be used around energized lines. Rope dielectric properties must be tested under actual operation conditions.