What is Wire Rope, and How is it Different from Cable Rope?

Read what is wire rope, what are important specifications to look for, and how it’s different from cable rope.

Did you know wire ropes were used as far back as the 1830s for mining hoist applications? Nowadays, we can use steel ropes for many different applications such as lifting and hoisting in elevators and cranes, and for mechanical power transmission. US Cargo Control’s wire rope slings are an excellent choice for heavy-duty jobs as their fabrication offers excellent abrasion resistance and heat resistance for extreme conditions.

Although these slings are beneficial for the lifting and rigging industry, there are a few specifications to know before purchasing them. Continue reading what is wire rope, what are important specifications to look for, and how it’s different from cable rope.

What is Wire Rope?

Up close shot of wire rope sling on shackle
Photo Courtesy: Adobe Stock

These slings carry different properties that can determine their performance. Wire rope is constructed where a strand consists of two or more wires arranged and twisted in a specific arrangement. The individual strands are then laid in a helical pattern around the core of the rope. Once the wires are formed, they all come together to create greater strength and flexibility.

These slings work well for lifting, hoisting, towing, or anchoring loads. They’re manufactured in a variety of configurations, with 6×19 and 6×36 being the most common. When you see 6×19 or 6×36 from our website, these numbers represent the number of wires making up the strand and the number of strands wrapped around the core.

For example, a 6×19 indicates that there are 19 wires making up a strand, and 6 strands wrapping around the core. To learn more about our 6×19 wire ropes, look into our bestselling 1/2″ Galvanized Wire Rope EIPS IWRC, 1/2″ Stainless Steel Wire Rope IWRC T304, and 1/2″ Bright Wire Rope EIPS FC.

The configurations will offer different benefits for certain applications. In general, a smaller number of large outer wires offers better wear and corrosion resistance, while a larger number of small wires provides a better level of flexibility and fatigue resistance. Continue reading to learn which wire rope fits your job.

Terms that Define Construction and Properties of Wire Rope

Before immediately purchasing a wire sling, there are 7 properties that you should know about:

  1. Different Types of Wire Rope Slings
  2. Length
  3. Size
  4. Direction and Type of Lay
  5. Finish of Wires
  6. Grade of Rop
  7. Type of Core

1. Different Types of Wire Rope Slings

There are different versions of wire rope slings, ranging from single leg to 4 legs, as well as braided wire rope and domestic wire rope slings (manufactured in the U.S. with Crosby® hardware). When looking at the types of slings we offer at US Cargo Control, be sure to consider how much versatility and capability you need.

For example, a braided wire rope has increased flexibility and friction to grip loads over a regular wire rope. Adding an additional leg to the sling can add additional versatility and strength.

2. Length

the length of the wire rope sling

This is the total number of feet that are cut to size when wrapped around.

3. Size

the size and strand pattern of a wire rope

This is the measurement of the rope’s diameter and can be displayed in inches or millimeters. These sizes commonly display different strand patterns where the number of layers, wires per layer, and size of the wires per layer all affect the strand pattern. Wire rope can be constructed using one of the following patterns below or using two or more patterns.

  • Single Layer – a common example is a 7 wire strand. This has a single-wire center with six wires of the same diameter around it.
  • Filler Wire – this has two layers of uniform-size wire around a center with the inner layer having half the number of wires as the outer layer.
  • Seale – has two layers of wires around a center with the same number of wires in each layer. All wires in each layer are the same diameter.
  • Warrington – this construction has two layers of wires around a center with one diamter of wire in the inner layer, and two diameteres of wire alternating large and small in the outer layer.
  • Combination – when a strand is formed in a single operation using two or more of the above constructions, it’s referred as a “combined pattern.”

4. Direction and Type of Lay

The type of lay refers to the way the wires are laid to form a strand. They’re how the strands are laid around the core which can be regular lay, long lay, or alternate lay.

Regular Lay

The wires line up with the axis of the rope. This is where the wires are twisting in one direction, and the strands in the opposite direction create the rope. Regular lay is less likely to untwist and less likely to crush.

LAng Lay

This is the opposite of regular lay where the wires form an angle with the axis of the rope. The wires and strands spiral in the same direction and run at a diagonal to the centerline of the rope. Lang lay is more flexible and resistant to abrasion than regular lay wire ropes. The only con is this type of lay will be more likely to twist and crush than the regular lay.

Alternate Lay

Sometimes known as reverse lay, this type of lay consists of alternating regular lay and long lay strands. This unites the best features of both types, and it’s using relatively large outer wires to provide an increase of abrasion resistance.

5. Finish of Wires

steel wire rope sling in heavy industrial
Photo Courtesy: Adobe Stock

This refers to the protective coating that’s applied to the wire rope. There are three types of finishes which are galvanized (zinc-coated), stainless steel, and bright (unfinished steel).

Note that the galvanized material will provide extra corrosion resistance, and stainless steel is highly resistant to corrosion.

6. Grade of Rope

The grade of the rope means the grade of steel being used. The plow steel strength calculates the strengths of most steel wire ropes. Some classifications include Improved Plow Steel (IPS), Extra Improved Plow Steel (EIPS), Extra Extra Improved Plow Steel (EEIPS), Galvanized Improved Plowed Steel (GIPS), and Drawn Galvanized Imrpoved Plow Steel (DGEIP).

EIPS is 15% stronger than IPS, and EEIPS is 10% stronger than EIPS. Along with that, GIPS and DGEIP wires can add corrosion resistance to your application, but DGEIP wires have a higher break load than GIPS.

7. Type of Core

The type of core is what makes up the center of the wire rope. There are three types of core: Fiber Core (FC), Independent Wire Rope Core (IWRC), and Wire Strand Core (WSC).

A fiber core can be made of synthetic polypropylene fibers. The fiber cores offer greater elasticity than a steel core, but are more susceptible to crushing. This isn’t recommended for high heat environments.

A steel core can either be an independent wire rope or individual strand. The steel cores can provide adequate support, or in an operating environment where temperatures can exceed very high heat.

What’s the Difference between Wire Rope and Cable Rope?

A wire rope sling being used to lift a heavy load
Photo Courtesy: Adobe Stock

Wire and cable ropes are terms that are often interchangeable but do have one varying difference. Wire rope refers to the diameters that are larger than 3/8 inch. Sizes smaller than this are classified as cable rope or even cords. Regardless of the size difference, cable and wire rope are still classified as a “machine.” Even a group of strands laid around a core would still be called a cable or wire rope.

Tackle the Toughest Lifting Jobs with High-Quality Rigging Hardware

We know the importance of quality when it comes to lifting supplies. We carry a variety of rigging hardware, as well as lifting beams and spreader bars that are designed to lift heavy loads safely and efficiently. If you’re interested in other lifting slings, check the other types of slings we carry like nylon slings and chain slings.

Need a custom lifting sling? We can do that. We’ll work with you and customize a lifting sling to meet your specific needs.

Read more information about wire rope slings below!

How to Safely Apply Wire Rope Clips to Wire Rope Assemblies

How to Use Wire Rope Clips

What is Sling Protection, What are the Different Types of Slings, & How to Protect Them

Contact our sales team at US Cargo Control today at 866-444-9990. Our team of product experts is here to answer any questions about rigging hardware, lifting slings, and more.

US Cargo Control becomes Official Supplier of Straightpoint Load Monitoring Loadcells

Straightpoint, a Crosby owned company, has announced US Cargo Control, a leader in the lifting and rigging equipment sales industry, as an official supplier.

In addition to providing a large selection of essential lifting and rigging equipment, including wire rope slings, chain slings, polyester round slings, shackles, and more– the online retailer now offers complimentary load cell monitoring tools in a variety of styles and capabilities.

Load cells translate pressure into electrical signals that allow operators of various lifting and rigging applications to precisely measure and safely monitor the tension of loads involving wire rope, guy wire, synthetic rope, shackles, and more. They are commonly used in oil and gas, shipping, construction, renewable energies, lifting and cranes, mining, staging, test and inspection, and military applications. Load monitoring load cells not only help prolong the life of valuable lifting and rigging equipment, but they can also drastically improve safety on the job and prevent costly accidents.

“We understand that safety and reliability are of the utmost importance for industrial rigging and heavy lift jobs,” said Aaron Orsak, Business Development Manager for Load Monitoring at The Crosby Group. “These Straightpoint load cells allow operators to receive tension readouts from a safe distance, up to 3,280-feet away, and just because they’re electronic doesn’t mean they’ll break. These products are designed to be beaten up, tossed around, and still provide accurate readings.”

Through this partnership, US Cargo Control now offers the full line of popular Straightpoint products including tension load cells (Radiolink Plus and Wirelink Plus), compression load cells, clamp on line tensionmeters, running line dynamometers, shackle load cells, and digital crane scales. You can also rely on US Cargo Control to acquire and become educated on all the different Straightpoint software systems and handheld readers that these load cells are compatible with.  

Tim Sanders, Business Development Consultant, US Cargo Control

“These Straightpoint loadcells offer unrivaled functionality and durability – nothing else on the market comes close. Whether you’re looking for state-of-the-art wireless load cells that send readouts to a computer or smartphone, or you need cabled load cells that are better equipped for subsea applications – Straightpoint products offer the superior tension measurement solutions you need, and they’re all available right here at USCC.”

About US Cargo Control

Founded in 2005, US Cargo Control is a trusted leader in the cargo control industry, specializing in professional rigging and lifting equipment, trucking and transportation tie downs, and moving supplies. With a superior online shopping experience, industry-experts available via phone, and a central Midwest location, USCC is dedicated to getting you “what you want, when you need it”. For more information visit www.uscargocontrol.com

About Crosby

Crosby is a leading manufacturer of premium accessories used in lifting, rigging and securement applications. Based in the US, the company has the reputation around the world for providing a broad range of products suitable for the most demanding of operating conditions with uncompromising quality.  Products include wire rope clips, hooks, shackles, lifting clamps, hoist rings, overhaul balls, snatch blocks, crane blocks and sheaves.  Crosby also provides a “world class” training program, focusing on the proper application of Crosby Products.

About Straightpoint

For 40 years Straightpoint has manufactured and supplied cabled and wireless telemetry loadlink, load shackles, load cells, digital dynamometers, compression loadcells, crane scales, running line tensiometers, and software solutions as well as a range of intrinsically safe load cells. Safety, reliability, and quality are paramount in the lifting and rigging industries and so Straightpoint designs and manufactures to the highest standards including ISO9001, DNV-GL Type Approval, ATEX, and IECEx, whilst holding other accreditations and active memberships in key associations such as LEEA, AWRF, SC&RA, and ASME.  Straightpoint manufactures load cells from 1t to over 4000t and products offer dynamic load monitoring, weighing, or force measurement solutions and high accuracy with world-class specifications and lead times. Unlike other load cells and digital dynamometers available on the market, the high IP or NEMA rating of Straightpoint load cells means they are impervious to the harshest weather conditions and may be left in place during a lift just like any other item of rigging hardware. Our wireless technology allows antennae free data transmission to 700 meters or 2300 feet and can be connected to the latest Internet of Things (IOT) and industry 4.0 technology. Straightpoint load cells are used in many industries such as oil and gas, shipping, construction, renewable energies, lifting and cranes, topside and tie downs, mining, entertainment, water bag testing, breakbulk, utilities, and military applications. With locations in Hampshire and Aberdeen UK, California, Minneapolis, and Texas USA plus a global network of over 80 authorized distributors.

Do You Know How Much That Weighs? Straightpoint Load Cells Do

USCC now offers a full selection of superior Straightpoint load cell solutions.

If you’re a professional in the rigging and lifting industry, you know that close is never close enough. And guesstimating? Well, that’s just not a great option when you’re talking about lifting a multi-ton load.

Just ask these guys.

Courtesy of: WOOD THINGS!

There’s no question, whether it’s tension on a wire rope assembly or compression caused by a heavy structure, it pays to “know your load” at all times. Be it tons, pounds, or kilograms – just the slightest miscalculation is enough to cause an expensive and perhaps even life-threatening accident.

Luckily, there are load monitoring load cells. Commonly referred to as “tensiometers” or “dynamometers”, load cells use electrical signals to precisely measure the tension of rigged loads involving wire rope, guy wire, synthetic rope, shackles, and other types of rigging equipment.

water testing using straightpoint wireless load cells

What’s the benefit of load cells for lifting?

Safety is of the utmost importance when it comes to complex rigging and heavy lift jobs. Many modern load cells allow operators to receive tension readouts from a safe distance, sometimes several thousand feet away. This is extremely important for applications involving overhead cranes, offshore drilling, tug testing, water bag testing, overhead weighing, cable laying, vehicle recovery, or any type of heavy-lift projects. But not all load cells are created equal.

What’s the best load cell available?

Straightpoint, a Crosby owned company, offers unrivaled load cell tension measurement tools. Their quality and functionality are unsurpassed by any other load cell brand in existence.

sp load cells in use
courtesy of: weighing review
straightpoint load cell supplier

Now, US Cargo Control is proud to be an official supplier of Straightpoint’s intelligent line of load cell load monitoring solutions, including Straightpoint’s long-range wireless load cells and intelligent load cell software that brings your safety into the 21st century.

insight software load cell reading

Don’t put your company and its priceless reputation in unnecessarily dangerous situations. Use Straightpoint Loadcells to take the weight off your shoulders and safety into the palm of your hand.

Types of load cells from Straightpoint

Wireless, Bluetooth-enabled, and classic cabled load cells are all available. Whether you need tension load cells, compression load cells, clamp-on line tensiometers, running line dynamometers, shackles load cells, or mini crane scales – USCC has you covered with a full selection of high-quality Straightpoint products.

Tension Load Cells

straightpoint load cells for tension readings

Tension load cells are great for a wide variety of applications. Radiolink Plus (wireless) and Wirelink Plus (cabled), can handle tension reading capacities up to 500-ton. Towcell is the perfect solution for vehicle load monitoring applications as it fits directly onto a 2” tow ball. 

Compression Load Cells

best compression load cells

Compression load cells are used to calculate the center of gravity. Straightpoint compression load cells can handle loads up to 1000-ton and you can read up to 100 wireless compression load cells from your computer or tablet and also create real-time test certificates on-site. Wired compression load cells are also available. 

Clamp on Line Tensiometers

best tensiometer for measuring wire rope and guy wire tension wirelessly

Straightpoint’s line tensiometer, the COLT, is an industry-leading smartphone-enabled clamp-on line tensiometer. It’s a fast and accurate way to measure wire rope or guy wire tension.

Running Line Dynamometers

best dynamometer for wire rope

Straightpoint’s line of running line dynamometers are able to measure tension, line speed, and distance of wire rope, fiber optic cables, and synthetic rope. These dynamometers are very useful in situations where there is no anchor or dead end on the line.

Shackle Load Cells

wireless load shackle from Straightpoint

Loadshackles from Straightpoint provide the perfect solution to limited headroom or super heavy-lift projects. Wireless load shackles, Bluetooth-only, and cabled versions are all available. Straightpoint Loadshackles are made using Crosby brand shackles. All Loadshackles from Straightpoint have a load-centering bobbin and range in capacity from 3.25- ton to 400-ton.

Miniweigher Crane Scales

best digital crane scale

Straightpoint Miniweigher Plus crane scales are compact, safe, accurate, and suitable for a number of applications. These wireless crane scales are often mounted between a winch and a tripod, allowing for load monitoring and safe lowering and raising of equipment and personnel. They’re able to handle up to 5 ton.

Straightpoint Loadcell output options

When it comes to viewing tension readings and remotely controlling Straightpoint Loadcells, you have options. Choose wired or wireless handheld controllers, laptop computer/smart device output, or even a wireless LCD scoreboard display.

SW-HHP handheld load cell readout device
load cell app for smartphone
wireless LCD load cell scoreboard

Remember, in addition to physical load cell equipment, US Cargo Control also offers compatible Straightpoint computer software and systems.

Expert answers to all your Straightpoint Loadcell questions

touring iuoe cranes and machinery

We have a team of lifting and rigging equipment specialists that understand Straightpoint Loadcell products in-and-out. Don’t hesitate to give them a call at 800-404-7068 for fast and friendly answers to all your load cell questions.

4 Customers Use US Cargo Control Products in Fun and Unexpected Ways

Check out 4 customers using US Cargo Control products in fun, creative, and unexpected ways!

Recently, some happy customers sent us photos of the different ways they used our products to make things easier…or more fun! Although our products are primarily designed for the industries we serve: trucking and transportation, lifting and rigging, and moving, we always enjoy seeing the creative and unexpected ways our products can be used in order to solve a problem and create something truly unique.

Cargo nets used for OCR Nation’s challenging obstacle course race

Typically, our cargo nets are used to safely secure cargo being hauled in enclosed trailers, vans, and truckbeds. Well, six USCC cargo nets were recently used for an entertaining yet challenging obstacle course that was created by OCR Nation. They hung the nets vertically so people could climb on them in order to hit the bells!

cargo net at an obstacle course race
Photo Courtesy: OCR Nation
one of the runners on the truck bed cargo net
Photo Courtesy: OCR Nation

guy climbing on us cargo control's truck cargo net
Photo Courtesy: OCR Nation
bungee net
Photo Courtesy: OCR Nation

Wire rope used as railings for the beautiful Sapphire Creek Winery & Gardens

As a place for social events, special occasions, dining experiences, and more, Sapphire Creek Winery & Gardens used our large diameter wire rope as a railing for observation areas. Not only is it innovative, but it also seems to fit in with the scenery. What a match made in heaven!

a customer using wire rope sling
Photo Courtesy: Sapphire Creek Winery & Gardens
wire rope cable
Photo Courtesy: Sapphire Creek Winery & Gardens

D Rings used to cover a pool from falling leaves and winter weather

With falling leaves and winter snow approaching, pool owners need to tightly cover their pools to protect them from debris. This customer wanted something secure and trustworthy to cover her pool, besides just using a pool cover. In the pictures below, you can see she fixed recessed pan D-rings to her deck in order to keep the cover tight and secure.

d ring shackle to secure a pool cover
Close up of the D Ring application
can also be called a towing d ring
A full shot of the customer’s pool cover

More Cargo Nets Used for Military Boot Camp Obstacle Race

Last but not least, a nonprofit company, called Soldier Rush, used a customized cargo net that created by our manufacturing team. The net was used for their obstacle course, as the contenders were supposed to climb over it as part of their challenge. Notice how the colors match the theme of their race!

the cargo net, also known as the bungee net, was created for Solider Rush
Photo Courtesy: Soldier Rush
a bungee cargo net
Photo Courtesy: Soldier Rush

We love seeing our products being used in unique applications! If you have any photos or videos that you would like to share with us, send them our way! Send us an email at CustomerService@USCargoControl.com, or share with us on the US Cargo Control Facebook page.

Have a question? Need a custom item? Don’t hesitate to call us a call at 866-444-9990!

Wire Rope Basics

Understand the differences among different types of wire rope so you can buy with confidence.

Differences in Size, Construction, Lay, Core, Grade, Finish

Understanding the basics of wire rope will help guide you on how to choose the right wire rope for your job. Application, required strength, and environmental conditions all play a factor in determining the type of wire rope that is best for you.

wire rope basics

But when it comes to buying wire rope, the various numbers and abbreviations that describe the different types of wire rope can be confusing. EIPS wire rope, 6X19 IWRC wire rope, and lang lay wire rope are just some of the many variations available. But what does it all mean?

These wire rope basics will help you understand the differences among types of wire so you can buy with confidence.

1. Size

Displayed as inch or fractional inch measurements, the size indicates the diameter of the rope. Industry standards measure the rope at its widest point. A wide range of sizes are available from 1/8” wire rope to 2-1/2” wire rope. Thicker sized wire rope has a higher break strength. For example, our 3/8” 6X19 IWRC Galvanized Wire Rope has a 15,100 lb. break strength while our 1-1/2” 6X19 IWRC Galvanized Wire Rope has a 228,000 lb. break strength. 

2. Construction

Wire rope is composed of individual wires that are twisted to form strands. The strands are then twisted to form a rope construction.

7/16" stainless steel wire rope: 6 x 19 construction
7/16″ stainless steel wire rope: 6 x 19 construction


The numbers indicate its construction. For example: in 6X19 wire rope, as shown at left, the first number is the number of strands (6);  the second number is how many wires make up one strand (19).

Numbers may also be followed by a letter combination such as FW or WS which indicates how the outside layer is constructed.

FW= filler wire (same sizes throughout)

WS= Warrington Seale (combination of large and small)

3. Lay

Refers to the direction the wires and strands are twisted during the construction of the rope.

Regular lay 

When it comes to wire rope, regular lay is also referred to as right lay or ordinary lay. This indicates that the strands pass from left to right across the rope and the wires in the rope are laid in opposite direction to the lay of the strands. This type of construction is the most common and offers the widest range of applications for the rope.

Lang lay

This term indicates that the wires are twisted in the same direction as the strands. These ropes are generally more flexible and have increased wearing surface per wire than right lay ropes. Because the outside wires lie at an angle to the rope’s axis, internal stress is reduced making it more resistant to fatigue from bending. This type of rope is often used in construction, excavating, and mining applications.

4. Core

Refers to what makes up the center of the wire rope.

FC= fiber core

Fiber cores are made of vegetable (sisal, etc.) or synthetic (polypropylene, etc.) fiber and offer more elasticity.

IWRC= independent wire rope core

Independent wire rope cores offer more support to the outer strands and have a higher resistance to crushing and heat. Independent wire rope core also has less stretch and more strength.

5. Grade  

Refers to the grade of steel used. Classifications include:

IPS= improved plowed steel.

EIPS = extra improved plowed steel (approximately 10% stronger than IPS).

EEIPS= extra extra improved plowed steel (approximately 10% stronger than the EIPS).

GIPS= galvanized improved plowed steel; galvanized wires add corrosion resistance.

DGEIP= drawn galvanized improved plow steel; galvanized for corrosion resistance. Drawn wires generally have a higher break load than GIPS.

6 x 37 EIPS IWRC 3/8" galvanized wire rope
6 x 37 EIPS IWRC 3/8″ galvanized wire rope

6. Finish

This last tip on wire rope basics refers to the protective coating applied to the wire rope.

Bright

Made with uncoated wires manufactured from high carbon steel.

Galvanized

Provides extra corrosion resistance.

Stainless Steel

Highly resistant to corrosion and is commonly used in marine applications.

8 x 19 EIPS IWRC bright 3/4" wire rope
3/4″ bright wire rope: 8 x 19 EIPS IWRC

Many of our customers use our wire rope and our wire rope clips to create wire rope assemblies. Check out of video blog on How to Safely Apply Wire Rope Clips to Wire Rope Assemblies to learn more.

How to Safely Apply Wire Rope Clips to Wire Rope Assemblies

This video shows you how to safely apply wire rope clips to wire rope assemblies. Depending on the size of your assembly, two to three wire rope clips are generally required. See below for a full transcript of the video. 

 

 

For more information on the differences among wire rope clips and how to choose the correct one, see our How to Use Wire Rope Clips post.

Safety Notes: Always inspect wire rope for wear and abuse before applying wire rope clips. Apply wire rope clips over bare wire rope only. Use wire rope thimbles to protect the eye from being crushed and to prevent wear and abrasion on the rope.  Never use a wire rope clip to directly connect two straight lengths of wire rope.
 

An important phrase to remember when applying a wire rope clip is “Never Saddle a Dead Horse”. This means you should never apply the saddle side of the clip over the dead end of the rope – the live end should always rest in the saddle. See above video for a demonstration. 

Step 1.   

Turn back the specified amount of rope from the thimble. Apply first clip one base width from the dead end of the rope. Tighten nuts evenly, alternating from one nut to the other until reaching the recommended torque. 

Step 2.  

If only two clips are required, apply the second clip as near the loop or thimble as possible. Remember, U-Bolt over dead end. Tighten nuts evenly, alternating until reaching the recommended torque.  

When applying more than two clips, apply the second clip as near the loop or thimble as possible, turn nuts on second clip firmly, but do not tighten.  

Step 3.   

Space additional clips equally between the first two. Apply tension and then tighten the nuts on each clip evenly, alternating from one nut to the other until reaching recommended torque. 

 

Purchase Wire Rope Clips and more from US Cargo Control 

From wire rope, wire rope clips, and wire rope thimbles, to chain hoists and material handling equipment, US Cargo Control has your rigging and lifting equipment needs covered. Visit US Cargo Control.com or call 866-444-9990.  With teams of dedicated consultants, we make sure you get what you want, when you need it.  

Why use a wire rope thimble?

Wire_rope_with_thimble_and_ferruleAnytime a wire rope is bent so it can be attached to a hanging point, there is a risk that the eye could be crushed. The addition of a wire rope thimble to the eye protects the rope by guiding it into a natural curve and creating an extra layer of support.

Adding this protection not only provides a measure of safety, it also lengthens the working life of the wire rope. Wire rope thimbles are available in a range of strengths and materials:

8094-wire-rope-thimble-zinc-plated-standard-duty-3-32-1-8-25-pack_1_375
Standard/light duty zinc plated thimble

Standard/Light Duty. Our line of standard to light duty thimbles are zinc plated and available in multi-packs.

Heavy Duty. Heavy duty wire rope thimbles are also zinc plated like standard or light duty thimbles, but are hot dip galvanized, which creates a thicker coating than on standard/light duty models.

Type 304. A type 304 indication mean the thimble is manufactured in stainless steel which offers resistance to corrosion on the surface.

Regular/Light Duty 316. Standard/light duty thimbles are sold in multi-packs, but offer a 316 stainless steel material to make them resistant to high moisture or corrosive environments, particularly in marine applications.

Heavy Duty 316. A corrosion-resistant 316 stainless steel combines with heavy duty design, great for tough applications in marine environments.

5090-stainless-steel-thimbles-extra-heavy-duty-type-304-5-8-10-pack_1_640
Heavy duty Type 304 stainless steel thimble

Heavy Duty 304. Stainless steel offers corrosion resistance, ideal for general heavy duty uses where the thimble will be exposed to outdoor elements.

Extra Heavy Duty 304. While not as corrosion-resistant as type 316 stainless steel, these extra heavy duty stainless steel wire rope thimbles offer the highest strength.

To shop from our full selection of wire rope thimbles,  shackles, turnbuckles, and more, check out our Rigging Supplies & Rigging Hardware category.

 

Customer Photos: Wire Rope in Military Vehicle Restoration

XXXXX100_12511We were happy to hear from Bob in New York, when he let us know he received his order of 6×37 wire rope and was impressed with the product. But we were really intrigued when he told us he was going to be installing the wire rope on his 1953 M37 Military Vehicle he was restoring.

Bob belongs to the Military Vehicle Preservation Association (MVPA). The non-profit group was founded in 1976, to provide an organization for military vehicle enthusiasts, preservationists, collectors, and historians who are interested in acquiring, restoring, preserving, safe operation, and public education of historic military transport vehicles. Bob’s local unit, Empire State West, buys and restores military vehicles for display at parades, car shows, and other events to honor and support our troops and veterans.

Bob is from a military family and has been involved in military vehicle restoration for more than 20 years. Here’s what he told us:

What is the most difficult aspect of the process?

1967 M35A3, rebuilt in 1997
1967 M35A3, rebuilt in 1997

To understand military vehicles, you have to keep in mind that different eras- WWII, Korea, Vietnam, etc.- all used different vehicles . If you want a WWII jeep or CCKW (Deuce), you can spend months tracking down a suitable vehicle, and then arranging transport. Parts are found online, EBay, at Military Collector shows, or Military Vehicle parts dealers.

How long has it taken you to restore this particular vehicle?

About two years, but I did not work on it every day. The hunt for parts is a big part of the fun. Military vehicles always require some type of maintenance, so there is always a lot to do.

Do you have plans to restore another vehicle soon?

M274 mule
M274 Mule

My restorations are what are called “Motor Pool” vehicles, which are MV’s that would have been used by GIs in the field. My interest is Vietnam-era military vehicles, all the vehicles I have were of that era. I am currently putting the finishing touches on my M274 Mule. However, vehicles are never really done; you are always picking up items to add to your ride.

Tell us more about your local MVPA group.

The MVPA is a national organization and there are local clubs all over the country. Our local group, Empire State West, has about 30 members. Some members are veterans, some are not, but all have an interest in military vehicles. All the vehicles are owned and maintained by our members, we receive NO funding, so we try to attend events that are not too far from our core members (about 20-25 miles). Also MVs don’t have a lot of creature comfort- no heat or AC, and most are open vehicles. A rain day is a no show for us!1953 Dodge M37 weapons carrier.

If you’re in the Western New York area, the Empire State West group will be at the Soldiers through the Ages event on Memorial Day Weekend. You can find additional events in other states on the MVPA website: MV Events.

Interested in joining an MVPA? To find one in your area, visit the Find an Affiliate page.

 

Coated Cable



US Cargo Control offers 7×19 coated cable in stainless steel and galvanized finishes.  These coated cables are composed of 7 strands with 19 wires per strand, producing a cable that offers flexibility and superior resistance to corrosion.  As a coated cable, the protection intensifies, adding an extra layer to fend off dirt, grit, moisture and other abrasions.  Coated cable also seals in lubrication, reducing wear on accessories.  To shop coated cable and accessories, visit USCargoControl.com.

 

Stainless Steel Aircraft Cable



 

Stainless steel aircraft cable  from US Cargo Control comes in an aircraft cable type 304 or type 316 stainless steel finish.  Type 304 stainless steel aircraft cable is excellent at resisting corrosion.  The 7×19 construction of the cable provides flexibility and strength.  Type 316 cable provides the highest level of protection against corrosion.  Commonly referred to as marine grade stainless steel, it is ideal in high moisture environments.  For additional protection, vinyl coated stainless steel aircraft cable is also available.  To shop all of our wire rope and accessories, visit USCargoControl.com.

Stainless Cable



 

US Cargo Control offers a wide variety of stainless cable to fit your application.  Stainless cable can be found in the 6×19, 6×37 and 7×19 classes.  Stainless cable consists of wires, strands, and a core formed into a spiral pattern, which creates a strong, durable rope.  It’s excellent for outdoor use or harsh conditions due to its ability to not rust or corrode. For more information on stainless cable, or to shop our wire rope and accessories, visit USCargoControl.com.

IWRC Wire Rope



US Cargo Control carries a wide variety of wire rope for your application.  IWRC wire rope or independent wire rope core refers to the construction of the core of a wire rope.  When the outer strands of wire are wrapped around a steel core, it reduces stretch and increases the strength of the wire rope.  This also provides a higher resistance to crushing.  IWRC wire rope comes in bright wire, galvanized and stainless steel finishes.  For more information on IWRC wire rope, visit USCargoControl.com.