Wire rope typically is composed of three components; (1) the core around which the rope is constructed; (2) the individual wires that form strands; and, (3) the strands themselves. All of the components are designed and built to move and interact with one another to give the finished product the attributes of strength, flexibility, resistance to abrasion, and resistance to rotation appropriate for a particular job.

Wire rope is generally grouped into different classes based on the number of individual strands, as well as the number of wires in each strand, e.g. 6×7, 6×19, 8×19, 19×7, etc. These classifications are somewhat misleading, however, as they do not always represent the actual number of wires in a given strand. For example, wire rope with actual construction using 6 strands of 21 wires each, 6 strands of 25 wires each, and 6 strands of 26 wires each are all included in the 6×19 classification. Illustrations of some of the more typical wire rope classifications are below.

Within the various classifications, wire rope can be further broken down into factors such as left or right lay, bright or galvanized finish, regular or Lang lay, each of which factors give the finished product different strengths and compromises. THE GOOD NEWS FOR INTEGRICERT CUSTOMERS IS THAT WE HAVE THE EXPERTISE AND EXPERIENCE TO PROVIDE YOU WITH THE RIGHT PRODUCT TO YOU’RE YOUR NEEDS. IntegriCert offers our customers a wide range of top quality wire rope. All of our wire rope has mill test documentation including working load limit, construction and actual break tests (strength tests). Our wire rope can be used in numerous applications including hoisting and boom lines for cranes, wire rope sling fabrication, tow lines, rotary drill lines, tubing lines, sand lines, winch lines, mooring lines, and specialized plastic infused ropes for the mining industry. Contact us today to let us recommend the ideal product to meet your needs.

  • wire ropeStrands: 6
    Wires per strand: 19 to 26
    Core: IWRC or fiber core
    Standard Grade: 1960
    Lay: Regular or Lang
    Finish: Bright or galvanized

  • wire ropeStrands: 6
    Wires per strand: 27 to 49
    Core: IWRC or fiber core
    Standard Grade: 1960
    Lay: Regular or Lang
    Finish: Bright or galvanized

  • wire ropeStrands: 6
    Wires per strand: 26
    Core: IWRC
    Standard Grade: 1960 or 2160
    Lay: Combination
    Finish: Bright

    Alternate Lay, sometimes referred to as reverse lay, is a stranded rope where the type of lay of the outer strands is alternately regular lay followed by Lang lay such that three of the outer strands are regular lay and three are Lang lay. Alternate lay wire rope has the extra flexibility of Lang lay in combination with the structural stability of regular lay. It unites the best features of both types of wire rope. Alternate lay is made with relatively large outer wires to provide increased resistance to abrasion when scrubbing against sheaves and drums. Finer inside wires and flexibility enable alternate lay ropes to absorb severe bending stresses. It is well suited to winding applications where abrasion and crushing can occur. Alternate lay wire rope applications include boom hoists and numerous types of excavating equipment like clamshells, shovels, cranes, winches and scrapers.


IntegriCert offers a wide variety of wire rope slings, from 1/8” to 4” in diameter. All of our wire rope slings are proof tested to twice the safe working load limit upon fabrication or repair. In addition, all wire rope slings fabricated by IntegriCert are channeled through an extensive quality control system that meets ISO standards. Our wire rope slings are used on a daily basis for lifting objects such as cargo transit containers and offshore service equipment or for any subsea lifting application – as well as the installation of oilfield drilling platforms.

  • DNV GL (Det Norske Veritas), through its Business Assurance division, is widely recognized as a world-wide authority in the development and certification of quality standards and processes. In order to promote safe, reliable and enhanced performance in projects and operations involving the oil and gas industry, DNV has developed various standards such as 2.7.1 for Offshore Containers and 2.7.3 related to Portable Offshore Units. Equipment built to these exacting standards is readily accepted for use in markets around the globe. IntegriCert is one of a very few domestic companies certified and approved to fabricate, repair and re-certify wire rope slings or lifting sets that are in compliance with these standards.

    In recognition of the increased safety value provided by DNV’s standards, some of the most active companies in the Gulf of Mexico are now requiring that products used within their facilities and offshore platforms must meet these standards. In order to meet 2.7.1, a sling or lifting set must conform to each of the following:

    1. Each component, including the wire rope and all end-terminations, must be certified to meet the standard;
    2. The lifting set must be designed to perform with the required working load, increased by the appropriate enhancement factor;
      1. The minimum allowable working load limit is 7.7 tons;
      2. Enhancement factors increase as weight decreases due to the higher potential for a load to swing;
    3. The lifting set must be fabricated by a rigging shop with a quality process designed and certified to assure fabrication and re-certification in accordance with the procedure;
    4. A Certificate of Compliance (“COC”) must be issued and maintained on each component used in the lifting set; and,
    5. A special DNV approved tag, designating the sling as having been fabricated in accordance with DNV’s procedure, must be affixed to and remain a permanent part of the lifting set.

    IntegriCert has received DNV Type Approval at all three of our locations, and can therefore meet all your requirements for DNV slings from whichever location most efficiently meets your needs.

  • This type of sling consists of one single part of wire rope with a mechanically spliced terminated end fitting. Various types of end fittings can be attached, including a thimble eye, standard soft eye, closed or open spelter socket, closed or open swage socket, swaged ferrule, eye hoist hook or swivel hook. These slings are commonly used to connect to one lifting point.


  • Our multi-leg wire rope slings are designed to attach to multiple lifting points. These slings typically have a master link on top and thimbles on all ends. In some cases, however, multi-leg slings can have the same mechanically spliced end terminations as the single-leg sling, only on the bottom of the legs.



The wide range of rigging hardware offered by IntegriCert includes wire rope end terminations, shackles, hooks and swivels, and various other rigging accessories. All hardware distributed by IntegriCert is available with certification documents provided. Our rigging hardware is typically used in the fabrication of all types of wire rope slings, and can also be used for material handling applications in the lifting industry. Contact us today to learn more about our rigging hardware.

  • These shackles are used for permanent applications on cargo container units. The bolt type shackle’s secondary securement system utilizes a nut and cotter, eliminating the requirement to tighten the pin before each lift or movement of the load. In addition, all bolt type shackles feature alloy quenched and tempered pins. Shackle sizes range from ¼” to 7”. Working load limit and traceability codes are shown as permanent markings on the body and pin. All bolt type shackles meet or exceed the federal specification RRC-271D.

  • Screw pin shackles are normally used in applications on land, where the shackles can be attached and detached quickly. These shackles are available in sizes from ¼” to 2-1/2”. Working load limit and traceability codes are shown as permanent markings on the body and pin. All bolt type shackles meet or exceed the federal specification RRC-271D. Note that these shackles will exhibit extreme deformation before failure.


  • Cold Tuff Shackles are suitable for use at temperatures down to -50° F. Type approval and certification is in accordance with DNV 2.7-1 Offshore Containers and rules of certification of lifting appliances – and these shackles are also produced in accordance with DNV -GL requirements, including required documents. Cold Tuff Shackles are individually serialized with certification and are also individually inspected and proof tested to two times the working load limit.


  • These shackles are specifically engineered and fabricated for use in the diving industry. ROV shackles are spring-loaded with all individual parts securely attached with lanyards to the body of the shackle so that the parts will not be lost. The ROV can detach these shackles in any depth of water very easily through the simple removal of a pin.


  • Alloy eye hoist hooks are designed for attaching to the end of wire rope slings, complete with a safety latch, to lift objects quickly by crane and land them securely without the use of shackles. These hooks range from ¾ ton to 60 ton. The working load limit of the hooks includes a five-to-one safety factor and a proof load of two times the safe working load limit. In addition, these hooks can be assembled with a swivel on top instead of an eye, as well as a latch lock instead of a regular latch kit.


  • ROV hooks are strapped with a metal handle configured around the body and a lanyard through the latch kit in order to make the hooks ROV-friendly. These hooks allow for a quick release with little effort that involves no welding. Contact us today to learn more about our ROV hooks.


  • We offer a wide range of crane blocks with capacities from five to 300 tons, and sheave sizes from 10” to 30”. Single sheave or multiple sheave blocks are available, with single hook, duplex swivel hook, quad swivel hook or swivel shackle attached to the bottom of the block.


  • This crane block is attached to the fast line of a crane in most cases. Each block can be equipped with a wedge socket that can easily be adjusted to fit various sizes of wire rope by changing the wedge. Overhaul ball sizes range from four ton to 15 ton, with weight capacity ranging from 50 lbs. to 350 lbs.


  • Snatch blocks are available in sizes from two-ton to 35-ton capacity, with either a hook, shackle or tail board assembly, as well as bronze bushed bearings or roller bearings. Sheave sizes range from 3” to 24”. Each block is outfitted with pressure lube fittings to ensure lubrication of the sheave. These blocks can be parted for the insertion of wire rope while the block is suspended from a gin-pole.

  • In order to acquire 100% efficiency of a termination on an end fitting, a socket must be used. These can be either a spelter socket or a swage socket. These sockets can be labeled as open or closed and can be configured on a fabricated assembly on the same plane or the opposite plane of each other. Sockets are available in sizes from ¼” to 4” for spelter sockets and ¼” to 2” on swage sockets.


  • Wedge socket terminations have an efficiency rating of 80%. The pin diameter and jaw opening allow wedge sockets to be used in conjunction with open swage and spelter sockets. The wedge socket secures the tail or “dead end” of the wire rope to the wedge, which eliminates loss or “punch out” of the wedge.


  • We offer master links made from alloy steel, quenched and tempered, and proof tested. These links are used in the fabrication of wire rope slings as a central lifting point of the sling. The link hooks directly to the crane hook as the legs of the sling are suspended in a downward position to connect to the vessel being lifted.


  • Our master link subassemblies are made of alloy steel, individually proof tested, with sizes ranging from ¾” to 2-1/2”. Master link subassemblies are designed with one central link and two smaller links that hang from the central link. Either one or two legs of wire rope can be fabricated onto the sub links. This link is designed to spread the load in a uniform application.


  • Turnbuckles are used for taking up the slack in wire rope applications. We offer turnbuckles in sizes from ¼” to 2-3/4” and body length from 4” to 24”. All turnbuckles are galvanized and meet or exceed all requirements of ASME B30.2, including identification, ductility, design factor, proof load and temperature requirements. Lock nuts are available for all sizes. Turnbuckle configurations include eye-to-eye, eye-to-hook, jaw-to-eye, jaw-to-jaw, hook-to-hook and hook-to-eye.



IntegriCert offers a variety of synthetic web products including nylon web slings, polyester web slings, polyester round slings and cargo securement tie-down webbing. Slings are available in sizes from 1”-wide to 12”- wide and from one-ply to four-ply thickness. Web slings serve a practical use in the oilfield industry when the use of wire rope slings is not feasible. Because of the flexibility and various types of hitches that can be used with web slings, they have become a reliable asset in the lifting industry.

  • We offer numerous types of synthetic web slings and products including:

    • Eye-to-Eye – Flat
    • Eye-to-Eye – Twisted
    • Polyester Round Slings – Eye-to-Eye or Endless
    • Reversed Eye
    • Wide Body Basket
    • Multi-Leg Bridles
    • Ratchet Tie-Down Straps
    • Truck Tie-Down Assemblies
    • Boat Lifting Slings


IntegriCert has a complete line of polypro, nylon and manila rope in stock. These types of ropes are common to the oilfield industry and vary in size from 1/8” to 3”. Construction may be three-strand, double braid, eight braid or 12 braid and most can be hand spliced to form loops for securement purposes. These ropes are commonly used to tie down objects for motor vessel transportation and for motor vessel securement to shore bases.



The three main types of chain stocked by IntegriCert are proof coil, high test and alloy. Proof coil chain is used for various applications such as hanging tires from offshore boats or securing a perimeter. High test chain can be used for load securement, logging, towing and in the marine industry. Alloy chain is used strictly for lifting applications – and is the only chain that can be used for lifting. Grade 100 alloy chain can have many components attached to it to configure various chain slings – and these chain slings may have a single leg or be composed of multiple legs.

  • All types of chain slings offered by IntegriCert are made from alloy chain and are utilized for lifting applications.

    • Single Leg
    • Double Leg
    • Triple Leg
    • Quad Leg
    • Single Basket
    • Double Basket
    • Single Endless
    • Double Endless
    • Adjustable Chain Sling with Chain Shorteners