August 19, 2021

Industrial chains are used for all types of applications across numerous industries. Not only are they extremely strong, but they are super durable and flexible. Chains can be used on anything from attaching a swing to a swing set to tying down heavy cargo – all the way to overhead lifting equipment.

However, industrial chain grades are an extremely important distinction that help categorize what type of chain is best used for a given application. For instance, according to the ASME (American Society of Mechanical Engineers) Standards B30.9, Section 9-1.5 and 9-1.8, the minimum grade for overhead lifting chains is 80 and above.

In addition to understanding industrial chain grades and their ideal situations, you need to know about the difference between stainless-steel chains, galvanized chains, and bright finishing.

An experienced industrial hardware supplier can certainly help you find the right chain grades and finishes for your needs. But it’s important to understand the differences so you know exactly when and why you should use various grades during a project.

 There are five main grades of chain: 30, 43, 70, 80, and 100. Grade 120 is a newer product available for extremely heavy-duty applications, but it is less common. 

Each number is the maximum stress that the chain can take per millimeter squared. So, for instance, Grade 30 chain’s maximum stress is 300 newtons per millimeter squared.

Let’s break down each of these chain grades.

Grade 30

Grade 30 is considered to be a general-purpose chain that can be used for a variety of applications. These applications do not require extremely high strength. Being the lowest of all the chain grades, grade 30 is the weakest chain type. It can sustain a working load limit between 1,300 to 6,900 lbs, depending on the chain diameter size.

Grade 30 is commonly known as Proof Coil chain or Common Coil chain and is comprised of low-strength carbon steel. This type of steel is quite malleable and rust resistant, but they are not as strong as other types of alloys. It is also less expensive than high carbon or stainless-steel chains.

This chain grade is useful for numerous applications, such as:

  •         Light construction
  •         Lead securement
  •         Guard rails
  •         Logging
  •         Agricultural use
  •         Marine industry

It is important to note that Grade 30 should not be used for overhead lifting as its working load limit is too low.

 Elite Sales offers a Grade 30 Proof Coil chain available in numerous diameters. You may also purchase Grade 30 hot galvanized chains as well as self-colored or zinc plated finishes.

Grade 43

Grade 43 chain is the next strongest grade of chain – of which can be used for slightly more heavy-duty applications than Grade 30. However, it is not approved for overhead lifting applications. Grade 43 has a working load limit ranging between 2,600 to 13,000 lbs.

Grade 43 is also commonly labeled as High-Test Chain or G-4 chain and is comprised of carbon steel, which is known for its high tensile strength and wear resistance. As a result, this chain grade is the optimal choice for applications such as:

  •         Towing
  •         Heavy duty trucking
  •         Farming
  •         Construction
  •         Guard chains
  •         Container securement

Elite Sales offers numerous types of Grade 43 industrial stainless-steel chains in various sizes, finishes, and designs. Plus, you can choose from a wide collection of galvanized chains in the same grade. Some of the most popular models include:

 

Grade 70

Grade 70 chain is about 20 percent stronger than Grade 43. It is made from a heat-treated carbon steel that is incredibly sturdy and durable. Grade 70 industrial chains typically come in a gold chromate finish for easy identification – as well as protection from abrasion and scratches. Grade 70 chain is also usually embossed with a number 7, 70, or 700 on each link.

Chains within this industrial chain grade have a working load limit available between 3,150 to 15,800 lbs. and are most commonly used for:

  •         Trucking and trailer tie downs
  •         Logging and forestry
  •         Heavy load securement
  •         Towing
  •         Construction
  •         Oil rigging
  •         Safety applications

Since this type of chain is often used on trucks, it is also known as Transport chain, Truckers chain, or Binder chain. Although grade 70 is high up on the list of chain grades, it is not rated for overhead lifting.

Elite Sales offers Grade 70 Transport Chain and Binding/Boomer Chains available in various sizes and diameters.

Grade 80

Grade 80 Alloy Chain is a far more heavy-duty chain that is certified for overhead lifting and other applications which require tremendous strength. It is made of an alloy steel mixture which makes it extremely strong, durable, and rugged. Many Grade 80 industrial chains are available in a black lacquer finish for further protection from wear and scratching.

This industrial chain grade has a maximum working load limit range of 3,500 to 47,700 lbs. It also meets the ASTM’s (American Society of Testing and Materials) standards for overhead lifting as it can be elongated by at least 20 percent before fracturing. In addition to use in overhead lifting applications as a sling component, Grade 80 can be used for:

  •         Heavy duty towing
  •         Rigging
  •         Tie-downs
  •         Mining

Grade 80 is also commonly called Alloy Chain and is available from Elite Sales in ranging sizes with a black lacquer finish manufactured to NACM (National Association of Chain Manufacturers) specifications for safety and overhead lifting usage.

Grade 100

Next to Grade 120, Grade 100 chain is the highest industrial chain grade offered by most commercial hardware suppliers. It is 25 percent stronger than Grade 80, making it the best choice for extremely heavy overhead lifting use and other extreme applications. Grade 100 chain is also comprised of alloy steel – which is heat treated for higher strength and durability.

Grade 100 chain is available with working load limits between 4,300 to 35,300 lbs. It is designed to be used in a wide variety of applications, such as:

  •         Overhead lifting slings
  •         Construction
  •         Manufacturing
  •         Rigging
  •         Towing

Elite Sales offers a Grade 100 Chain available in numerous sizes for nearly any type of heavy-duty project or application. 

Conclusion

There are plenty of chain types available on the market – but when you buy from Elite Sales, you can rest assured that you are getting only the best quality of chain guaranteed. We offer a wide range of sizes and finishes in Grades 30, 43, 70, 80, and 100. We also carry a variety of galvanized chains, stain-less steel chains, and other finishes.

Our knowledgeable staff is also available to answer any questions you may have and help you find the exact industrial chain grade you need for the job.

Reach out to our sales team today to place an order and make us your number one chain supplier.


July 27, 2021

When it comes to industrial hardware, most pieces and parts serve specific purposes. Slings are designed for overhead lifting, chains for securement, nuts and bolts hold things together. But industrial steel strands are surprisingly a very versatile piece of hardware that can be used in many industries.

Now first it is important to define what industrial strands are – and most notably their distinction from wire ropes. These hardware terms are commonly confused and mistakenly used interchangeably.

Industrial steel strands are typically smaller in diameter than wire ropes. Additionally, an industrial strand is made of a core wire with several more wires wrapped around it. This creates a singular strand. Wire ropes are constructed with several strands woven together to form an entire rope. This makes it much more flexible than an industrial strand. 

Finally, the greatest distinction of steel strands is their applications. Wire rope is designed for overhead lifting applications, tie-downs, and securement thanks to its flexible yet strong design. Industrial cable, on the other hand, has several different uses.

Let’s dive in. 

 Differences Between 1×7 and 1×19 

 There are two main sizes of industrial steel strands sold by industrial strand suppliers: 1×7 and 1×19. These numbers refer to the number of wires used to construct the strand.
A 1×7 industrial strand has a singular center core wire with 6 strands wrapped around the core. This style has the greatest stretch resistance and high strength but offers very low flexibility. 1×7 industrial strands are characterized for being extremely stiff, making them ideal for added tension.
A 1×19 industrial strand has a single central core wire with 18 additional wires wrapped around it. This is constructed in two layers: 6 wires around the center core, and 12 exterior wires. This provides a bit more flexibility, but decreases stretch and resists compression. It is commonly used for push-pull or pull-pull controls.

Both sizes may be made in either galvanized finish or stainless steel. Hot-dipped galvanization is typically used for strands to ensure that each wire is evenly coated. Both wires are typically designed in a left regular lay, meaning the wires are twisted clockwise. 

 Fencing and Support  

 

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 Industrial steel strands are extremely strong and will not snap, bend, or break even under heavy pressure. For this reason, they are widely used for support and fencing purposes on all types of structures. Stainless steel industrial strand fences are commonly seen on commercial buildings, agricultural structures, and even for some home designs. 

 Since 1×19 industrial strands are a bit flexible, they can be used to create steel fencing. Strands are wrapped around central support rails to create sturdy railings and fencing. Stainless steel is the ideal fencing material since it is typically exposed to the elements. This material will not rust or corrode in the rain, snow, or high humidity. 

Singular industrial strands can also be used to hold structures in place or provide support. For instance, they can be used to tie down tents, for zip-lines, garage doors, or even in exercise equipment. Industrial steel strands are also common for marine applications since they are strong enough to secure boats to the dock. Both 1×7 and 1×19 strands can be used for these purposes, depending on the level of strength, stretch, or flexibility required. 

 Electrical Purposes 

 The steel materials used to create industrial strands conducts electricity extremely well, so these are often used in underground electrical lines. The robust steel wires are rated for high-voltage transmissions while reducing energy loss. Furthermore, they are durable and can withstand wear and tear, as well as the impact of volatile weather. 

Again, either 1×7 or 1×19 industrial strand may be used in this instance, depending on the intended purpose. Generally, a 1×7 may be more common, as this will result in a stiffer wire that is easier to thread through underground openings. 

 Some industrial strands are also used for electric train transportation. These resilient strands serve two purposes: support and transmission. The industrial strands create strong, durable cables that electrical trains run along. The steel material also transmits electricity quite efficiently, powering high-speed trains along the track. 

 Buildings and Bridges 

 Perhaps the most common application of industrial steel strands is for construction purposes. Longer sturdy strands are used to supports tons of weight in both bridges and multi-story buildings. 

Steel strands are used along with concrete, steel beams, and reinforced bars to stabilize multi-story structures. Industrial strands are used within the flooring and ceilings to provide additional support and secure beams together. 

These strands are also designed to provide extra stability in earthquakes. This is because steel helps to diffuse vibrations, so the movement from the earthquake travels along the strands. This helps to stabilize the building, preventing structures from collapsing. 

Steel strands are also widely used in suspension bridges, which rely on wires to connect the bridge’s deck to the support beams. Both 1×7 and 1×19 industrial cables are used in bridges for different purposes. These wires help to evenly distribute weight across the entire bridge, providing added stability and reducing sway. 

Conclusion

Industrial steel strands are an essential piece of hardware that can be used in all types of ways. However, the most important factor to these strands is quality. Lower quality materials will compromise the strand’s strength and durability. This can result in dangerous consequences. 

At Elite Sales, we offer only the highest quality industrial hardware on the market. We carry a wide range of supplies in various sizes, materials, and finishes. If you have questions regarding industrial steel strands or require other hardware, please contact our team today to learn more.


July 27, 2021

Construction projects are notorious for running over their deadlines and their budgets. A study from the International Journal of Innovation measured project completion rates over 70 years. They found that most projects took at least 20% longer to complete than originally expected. Further, 85% were at least 25% more expensive than planned!

There are numerous causes for these delays and budget overages; however, one common culprit is issues with project industrial hardware supply. If your team does not have the necessary amount of supplies or the right types on hand, it can bring productivity to a screeching halt. 

Elite Sales has operated as an industrial hardware distributor for many years. Our team has delivered necessary supplies to thousands of construction sites – plus, many of our employees have helped to manage projects in the past. So, we thought we would share pieces of advice to help leaders manage their hardware supplies more effectively for timely completion. 

Here are some of our expert’s best tips for keeping construction projects on time through efficient hardware management. 

 Clarify Your Project’s Goals 

 A well-thought-out plan will always ensure that a project runs more smoothly. Sadly, many construction managers attempt to run their projects by staying just one or two steps ahead. They will wait until the supply is running low or they are just about ready for the next phase before placing an order. 

However, this can cause major issues for several reasons. Some industrial hardware distributors run into shipping delays or stocking issues. Say that you need to order 2,000 feet of industrial cable for the next phase of your project. Sadly, the distributor is running low on supply and cannot fulfill the order for two more weeks. This means production will have to stop or you’ll have to scramble and find another supplier.

So, the very first step to take is to plan out your proposed schedule ahead of time and give yourself leeway for order fulfillment. Clarify your project’s timeline based on each phase, from demolition to completion. Then list out the exact industrial hardware supplies that will be needed for each step, in addition to the building materials. 

Next, create a schedule for when you will need to submit orders to your industrial hardware distributor to receive your order either on time or even a few days in advance. This will give you some wiggle room in case there are any delays in fulfillment. 

Create Systems for Collaboration 

 Optimizing productivity between teams and departments is one of the leading reasons construction projects run past due dates. According to a report from Autodesk and FMI, over one-fourth of construction manager’s day is wasted on activities that are counter-productive such as:

  • Looking for necessary project information or data
  • Dealing with project mistakes
  • Conflict resolution
  • Waiting for communication and responses from other teams

Further, 60% of contractors agree that there were serious communication and coordination issues between managers. This directly leads to productivity issues across the entire project, delaying completion even further. 

You need to work together with your other departments to make construction supply chain management a success. Using tools that help you integrate the teams will help to improve communication and planning. 

Digital systems are truly the best solution here. There are systems designed specifically for construction projects so teams can share resources digitally and communicate quickly about hardware needs. Say that one team is running low on supply. Rather than sending an email that could get lost or trying to catch a busy manager on the phone, they can submit a request through the digital platform. 

 Find an Industrial Hardware Supplier that Meets Your Needs 

Whether you intend to order all your supplies at once or as the project goes on, you need a distributor who can give you what you need when you need it. It is highly recommended that you find an industrial hardware supplier that provides a wide range of items that meet all of your needs rather than jumping around to different distributors. 

There are several reasons for this. First, this allows you to place bulk orders which can cut down costs. It also ensures consistency across all of your hardware that is used for the project, so everything looks and functions the same way.

Second, building a relationship with your industrial hardware distributor can ensure better experiences. Suppliers want to keep their customers happy, especially if they’ve been loyal for a long time. You can rest assured that they will do everything possible to ensure a positive experience and resolve any issues with your orders.

Finally, by ordering from the same business every time, you will have a better idea of their order fulfillment timelines. Some distributors even offer local pickup for last-minute orders, so you can get your supply quickly as needed.  

 Know When to Save and When to Splurge 

 It sounds counter-intuitive, but spending more can help to save money on a construction project in the long run. Some materials are worth investing in a higher quality than others as they will last far longer and have fewer issues. This in turn will save time, ensuring that everything gets done as planned.

 For instance, construction project leaders are faced with the option of using galvanized industrial chains or stainless steel. Galvanized steel is far less expensive and could save a portion of the budget upfront. However, this material wears out faster and could rust if it gets wet. Stainless steel is naturally corrosion-resistant and more durable, so investing in this type of industrial chain may be the better choice. 

 Having a trustworthy industrial hardware supplier can help you in this instance, too. This gives you access to true experts who will advise you on which type of hardware is best for your applications. 

 Conclusion

 There is certainly no way to guarantee that a construction project will get completed in a certain timeline. There are always unexpected issues that could delay productivity – just make sure that your industrial hardware supply isn’t one of them. 

 If you’re looking for a reliable distributor to fulfill your orders, give Elite Sales a try. We provide a wide range of top-quality hardware and have distribution centers across the country for fast order fulfillment. Contact our team today to learn more. 


June 30, 2021

Industrial hardware goes through a lot of wear and tear. This equipment is used for extremely heavy-duty applications and is knocked around, reused over and over again, and exposed to the elements. 

However, worn-down equipment can be quite dangerous and increase the risk of accidents and injuries on job sites. Sadly, the number of injuries and fatalities in the construction industry has grown by 5% since 2007. Many of these accidents are caused by equipment that malfunctions, which could be caused by overuse. 

Industrial hardware is also expensive to replace over and over again. Many construction companies are already stretching their budgets to the max to keep the overall project cost as low as possible. Constantly purchasing new equipment drives up the cost tremendously. 

One way to manage both of these issues is to prolong the use of industrial hardware through maintenance and upkeep. Some very simple steps can make a huge difference in the performance of your hardware equipment and make it last far longer. 

1. Set Up Scheduled Inspections 

All construction sites are required to have inspections with heavy lifting equipment and machinery before each use. This helps them to catch any signs of wear or damage so parts can be fixed or replaced before they are used. To extend the life of your industrial hardware, all pieces of equipment should be routinely inspected, too. 

Catching small issues early can help you avoid expensive repairs or unplanned replacements down the road. Make sure that your equipment gets inspected regularly to look for signs of damage, including rust, dents, or scratches. 

Industrial Hardware

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Some specific parts of industrial hardware can be replaced if they are damaged. For instance, if just a few of the links in an industrial chain are rusted or warped, they can be removed and replaced with forged steel missing link parts. This is an easy quick-fix that is far less expensive than a full chain replacement. 

All industrial hardware should be doubled-checked before use. This could be as simple as retightening screws, realigning links, and so on, make sure that the equipment is being used correctly.

2.  Lubricate and Clean Hardware 

Since most industrial hardware is used in fairly rough environments, they get dirty and dried out quite quickly. Dust, dirt, and sawdust can build up and cause major issues, while water and moisture from the air can cause corrosion and rust. 

All industrial hardware that is left outdoor or in environments where it will get dirty should be gently cleaned before use. Generally, it is best to wipe away debris with a dry cloth so the metal does not rust. 

Any pieces left out in the rain or near water should be dried before use, too. It is important to always choose industrial hardware that is designed for specific weather conditions and environments, too. For instance, stainless steel is naturally resistant to corrosion and will not rust in water. 

Some hardware pieces need lubrication to prevent the metal from drying out and cracking. Wire ropes and strands generally come lubricated but may require additional applications after continuous use. 

3.  Teach and Enforce Correct Handling 

Using equipment incorrectly is one of the fastest ways to wear down equipment. One of the biggest issues that leads to industrial hardware breakdown is improper storage. Although the materials used in this hardware are quite sturdy, some types of steel will wear down if they are not stored or handled correctly. 

For instance, wire ropes are easily kinked or bent out of shape if they are not wound up the right way when stored. This can cause the strands to separate, creating a “bird-caging” effect. Some of the smaller wires may also snap and fray or the core may protrude out from the rope itself. 

Shackles can also be damaged if they are not used correctly. The body and pin may crack, twist, bend or stretch if it is used with too heavy of a load. If the wrong pin size or style is used, it will place more friction and weight on the shackle, causing it to misshape. 

All workers must receive training on how to correctly use and put away all industrial equipment. Leaders also need to enforce proper handling. 

4. Start with Great Quality Hardware 

As with anything, you tend to get what you pay for. You will have to replace industrial hardware more often if you are buying ones made from cheap materials. Some industrial hardware suppliers will cut corners by using lower-quality steel to lower their costs. However, this makes the equipment far less durable and strong.

Instead, it is best to invest in top-quality parts made from alloy, stainless, or galvanized steel in the appropriate grade rating for your application. Stainless steel tends to be the strongest and most durable, however, it is not the best for every single application. Be sure to research and which grade and finish are ideal for the intended project. 

Over to You

Prolonging the life of your industrial hardware keeps your job site far safer and it can reduce overall project costs. Enforcing proper handling and storage of all equipment and keeping items cleaned and lubricated can make a big difference. However, the best way to ensure that your equipment lasts is to purchase from a great industrial hardware supplier. 

Elite Sales is proud to carry only the highest-quality equipment for industrial use. Please contact our team to learn more about our inventory and place an order today. 


June 30, 2021

Rigging equipment is an umbrella term covering all hardware that is used to lift or move heavy materials. This gear is commonly used on construction sites, in manufacturing, or marine applications. 

Since rigging equipment is responsible for safely securing and moving extremely heavy loads, each piece of hardware needs to be incredibly durable. All of the parts must also work together to create rigging equipment setups designed to secure loads of various shapes and sizes.

Elite Sales is a proud rigging equipment distributor that carries a wide variety of industrial hardware solutions. When it comes to finding the right hardware, we know it can be overwhelming. There are lots of parts and pieces within rigging equipment that have special purposes. 

Let’s break down all of the different types of rigging equipment pieces and what they are used for. 

  1. Wire Ropes and Chains 

One of the key pieces to a rigging setup is the wire rope or chain that connects the load to the lifting machinery. These are designed to be incredibly durable and strong, but they are available in varying sizes, lengths, and strengths depending on the application. 

Wire ropes are made from steel strands that are woven together to create a flexible yet strong piece of equipment. Most wire ropes have an internal core, which is made from synthetic fibers or steel wires. This provides additional support so the rope does not get crushed or bent.

Wire ropes can be purchased in bright, galvanized, or stainless-steel finishes. The ropes are categorized based on the amount of strands and number of wires within a strand, like this:

  • 6X19
  • 6X26
  • 6X36
  • 8X25
  • 19X19

Industrial chains are designed for heavy-duty lifting and are available in a variety of grades that indicate strength. Grades range from 30 to 100 and get stronger with each grade increase. Different types of chains are designed for specific applications, such as proof coil for tie-downs and windlass for marine purposes. 

Both wire ropes and chains are extremely strong, but wire ropes tend to have higher weight load limits. However, chains are more durable and can withstand more wear and tear. 

2.  Rigging Hooks 

Hooks are pieces of rigging equipment that connect the item being lifted to the chain or wire rope. There are various styles of hooks that are designed for specific points of connection.

Clevis Hook

Rigging Equipment

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Clevis hooks connect to a bracket or chain in a rigging equipment setup through a clevis pin. This is a U-shaped piece at the end of the hook with a pin or bolt threaded through the cross-holes. It has an open hook to connect to the load.

Eye Hook

Rigging Equipment

 

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An eye hook has a permanent connection point that is welded or fitted onto a sling. It also has an open hook on the end to connect to the load. 

Swivel Hook

Rigging Equipment

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Swivel hooks provide flexibility as it provides a 360° rotation. This is not ideal for overhead lifting, but it can be used for other types of rigging purposes for securement. 

S Hooks

Rigging Equipment

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S Hooks are commonly used as points of connection between two chain links. They are not intended for overhead lifting and are not rated for heavy-duty purposes. 

Slip Hook

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A slip hook has a latch that closes the hook opening. This can only be opened by pushing down, so it will hold the connection link in place.

3.  Shackles 

Shackles are used to connect links, especially for extremely heavy items. They are designed to connect slings, chains, lifting devices, and other items in rigging equipment. Again, there are various styles designed for specific applications.

Bolt Type vs Screw Pin

Rigging Equipment

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Rigging Equipment

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Bolt-type shackles (also known as bow shackles) use a nut and bolt to hold the pin in the place. These are used for side-loading or sling-leg connections. 

As the name implies, screw pin shackles are secured through a pin that screws into the shackle. This makes it best for temporary securements as it is easier to un-do than bolt types. 

Anchor Shackle vs Chain Shackle

Rigging Equipment

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Rigging Equipment

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Anchor shackles are made for rigging equipment fittings like slings, hoists, ropes, and cables. They are highly durable and rated for overhead lifting purposes.

Chain shackles (also called D or U-shackles) are made for straight-line pulls or overhead lifts. This creates a secure connection that can be removed as needed.

4.  Eyebolts and Steel Nuts 

Rigging Equipment

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Eyebolts help to secure and anchor rigging equipment applications. The end is screwed in and the eye-opening at the end can be connected to a link or hook. There are three styles of bolts: shoulder nut, shoulder type machinery, and regular nut. These styles refer to the length between the screw and the eye-opening at the top. 

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Steel bolts are used to support and hold eye bolts in place. 

5.  Lifting Slings 

Sometimes slings are used to wrap around items for better support during lifting. These come in a wide variety of sizes, shapes, and materials depending on the weight and size of the load. 

Round or web slings are commonly made from synthetic materials like nylon. These are best for lifting items that may be scratched by materials like metal. This sling style can also fit around odd shapes.

Chain slings connect to a load with hooks on either end. The chain can be wrapped around the load and secured through the end hooks. This is ideal for extremely heavy items. Slings can also be made from wire ropes or wire mesh. 

6.  Pulleys and Blocks 

Rigging Equipment

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To lift and move objects, the rigging equipment is often used with pulleys and blocks. Blocks swivel and have a rotating attachment point at the end for securement, which allows you to change the direction of the pulling force as needed. Snatch blocks can have either a hook or shackle at the end which will attach to chains, wire ropes, cables, or other rigging pieces. 

Conclusion

When it comes to rigging equipment, each piece plays an important role. You must have all of the right hardware and accessories to create an assembly that will safely hold and move your load. 

If you need wire ropes, chains, hooks, or any other type of industrial hardware, make Elite Sales your primary rigging equipment supplier. Browse through our online catalog or contact our team today to place an order. 


June 9, 2021

Safety is of the utmost importance for any application involving industrial hardware. This type of equipment is usually responsible for securing heavy leads or holding materials securely in place – so any interference could be disastrous.

Generally, the main safety factors considered for choosing industrial hardware include checking the weight load limit and size requirements. These are certainly critical elements that must be considered. However, one crucial safety factor that is often overlooked is the weather and environment.

Industrial hardware that is used on construction sites or other exposed locations needs to be able to withstand all of the elements. Additionally, the weather may influence which type of hardware should be used at specific moments, especially for overhead lifting applications.

As an industrial hardware supplier, our goal is to provide equipment that performs well and ensures safety no matter what it’s used for. So, we urge our customers to consider how the weather may impact the type of hardware they need for their projects.

Here’s how you should choose industrial hardware according to the weather conditions. 

1. Rain and Precipitation

Rain, mist, and precipitation are probably the most common weather conditions that can damage industrial hardware. Exposed steel pieces will rust within just 4-5 days if it is not dried immediately.  So, this is something to take into consideration when purchasing hardware made of steel, such as links, shackles, and hooks.

If you are working in an area that gets snow and rain regularly or if the hardware is near a body of water, stainless-steel hardware is a must. Stainless steel is naturally corrosion-resistant and will not rust in environments with excessive moisture.

This resistance is thanks to the metal alloy that creates stainless steel. Chromium is added to the molten carbon steel. This gives it the signature shiny appearance while also preventing the iron from reacting with water to form rust. 

You can purchase many pieces of industrial hardware in stainless steel finish, including:

  • Bolts
  • Clips
  • Links
  • S-hooks
  • Nuts
  • Shackles
  • Swivels
  • Thimbles
  • Turnbuckles

Larger pieces of equipment can also be made of stainless steel including cables, chains, and strands. 

2. Windy Weather 

High winds can be extremely dangerous on construction sites, which is why overhead lifting and rigging must cease if the wind speed exceeds 20 mph. Not only can the wind change the trajectory of the load during lifting, but it can also increase the strain on the rigging equipment itself.

High winds will increase the friction on the securement hardware, such as the hooks, slings, and shackles. Additionally, the closer that an object is to the ground, the more friction it will experience from wind gusts. So, wind speeds and friction should be accounted for when choosing industrial hardware. 

If heavy wind is common in the area or is present during construction, it is best to use equipment with a higher working load limit to account for additional pressure. This is typically calculated into the safety factor for rigging equipment such as wire ropes. 

3. Extreme Temperatures

You may be surprised to learn that hot weather can actually have an impact on industrial hardware as well. Extreme dry heat can pull out lubrication and moisture from hardware elements, causing excess friction which could wear things down much faster.

Dry heat can also lead to an accumulation of dust on industrial hardware, which can clog up pulley systems. It is important to keep industrial hardware out of direct sunlight when not in use and clean off dust accumulation regularly.

Some items will require regular cleaning and lubrication to extend their use. For instance, this is a crucial care component for wire rope, as mineral oil or petrolatum-based lubricant needs to be applied to protect the strands from cracking. Lubricant may also need to be applied on 

industrial hardware pieces to prevent dust from forming in cracks, causing pieces to get stuck. 

On the other hand, cold weather can have a negative impact on industrial hardware as well. Freezing temperatures can cause issues with machinery, increasing the likelihood of accidents and other problems. Lubricants can also freeze, which could cause smaller pieces of steel like wire rope strands to snap.

Of course, snow and ice formation can lead to corrosion. If the temperature is consistently below freezing, it may be best to cover all industrial equipment to protect it from snow and ice. 

Conclusion

Industrial hardware is designed to be extremely durable and sturdy – but harsh weather can damage it over time. It is wise to consider any weather issues which could lead to rust, excess wear, or operational problems with your equipment.

Purchasing good equipment from a trusted industrial hardware supplier is also crucial. Hardware that is made from higher-quality steel will be able to withstand harsh weather far better than pieces made from cheaper materials. Experienced industrial hardware distributors will also be able to offer advice and guidance on which equipment is best for your application.

If you require industrial hardware advice and need a reliable supplier, give Elite Sales a call at 800-458-6659. We carry a wide variety of equipment parts for all types of applications. Reach out to us online to learn more.


May 31, 2021

There is no doubt that working around rigging equipment can be dangerous. These large machines and equipment can cause devastating injuries if they are used incorrectly. Just a few years ago, a construction worker was killed due to rigging equipment that was not loaded properly. A rebar slipped from the crane, striking the worker in the head.

Failing to use safe equipment or loading it properly can also result in hefty fines from safety violations. Every year, OSHA marks hundreds of violations to construction sites and companies due to rigging equipment issues. These are most commonly related to inspections, operation, and assembly of the equipment. 

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So, there are several safety factors to consider which will help to prevent violation issues and ensure that every lift is safe and secured. 

1. Rigging Equipment Inspection

An inspection from a qualified person, such as a crane operator, is required before rigging equipment is used for any purpose. The inspector must look for any visible signs of damage or wear, as well as any indications that something could go wrong. 

Every rigging equipment inspection should include checking, measuring, and noting the following:

  • The area surrounding the equipment – This is to make sure there is enough distance from other structures and power lines. 
  • Machinery inspection – If there is any rust, dents, scratches, or other damage on any piece of equipment, it should be noted during the inspection. While some wear and tear will not impact the rigging equipment, it could be a sign that it needs to be repaired or replaced eventually.
  • Pathways and platforms – If the crane and rigging equipment will be moving, there needs to be a sturdy foundation and a clear path.
  • Wire ropes and chains – These pieces of rigging equipment can be damaged over time. Any signs of kinks, wear, or corrosion must be noted, and the rope or chain must be replaced.
2. Working Load Limit 

One of the most important things to do before using rigging equipment is to double-check the specified working load limit.  The weight of all equipment used in the hoisting operation must be calculated for each load to ensure that it is within the working load limit of the lifting mechanism, sling, or hook that is in use.

Since some of these calculations must be estimated, most rigging equipment has a safety factor rating. This essentially accounts for additional weight which could be caused by miscalculations or friction. 

For example, the wire rope safety factor is provided as a ratio that compares the minimum break strength (MBS) to the maximum load limit. So, if the MBS for a wire rope is 10,000 lbs. and the safety factor is 6:1, the maximum load limit would be 60,000 lbs.

Construction sites are required to post and provide charts so operators can easily check these working load limits. However, operators should be well versed in the process of calculating these measurements themselves.  

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3. Weather Condition 

The weather can be a major safety issue in some incidences when utilizing rigging equipment. For example, heavy winds will swing the load, making it far more difficult to control. According to OSHA’s standards, rigging equipment cannot be used if the wind is above 20 mph. 

If the visibility is impaired by rain or fog, this should also be taken into consideration. Even the temperature can impact how well the rigging equipment works. Extreme cold can cause more brittle metal pieces to crack. This can also make lifting loads more difficult, as they may be frozen to the ground.

4. Rigging Equipment Quality 

 

Poor quality rigging equipment will break down faster, especially with continuous use. It is important to partner with a rigging equipment supplier that will provide you with top-quality hardware that is also designed for specific applications, purposes, and environments.

Certain materials will simply work better for specific applications. For example, any equipment that is exposed to moisture should utilize stainless steel ropes and strands, as they are naturally rust-resistant. Galvanized metal is also best for high-friction applications, as the zinc coating protects the steel beneath from wearing down quickly. 

5. Rigging Operator Certification 

Finally, all operators must be competent for the job at hand. 

All rigging equipment operators must complete NCCCO (National Commission for the Certification of Crane Operations) training for the crane type and weight load. There are different NCCCO licenses for various types of cranes, such as:

  • Mobile cranes
  • Tower cranes
  • Articulating boom crane
  • Overhead crane
  • Mini crawler crane
  • Telescopic boom crane

Crane and rigging equipment operators are required by law to complete adequate training and pass their certification exams for various types of equipment. These licenses may need to be renewed periodically.

There are also physical evaluations that operators must pass to run rigging equipment. They must have at least 20/30 vision in one eye with or without the use of glasses. Operators must also have adequate hearing ability (with or without a hearing aid), as well as the physical stamina to operate the rigging apparatus. 

Conclusion

There is no excuse for putting people at risk when it comes to using rigging equipment. All of these safety factors must be considered before using this type of machinery.

Of course, the quality of the equipment used to secure and lift each load plays an important role in the safety of the operation. Elite Sales is a trusted rigging equipment supplier which offers only highly rated hardware for industrial purposes. 

To browse our selection, place an order, or learn more about our offerings, please contact our team at Elite Sales Inc. 


May 13, 2021

Industrial material baskets are designed to safely hold or store all types of supplies so they can be moved with forklifts or cranes. Material baskets are strong enough to hold large amounts of debris, dirt, rocks, and building materials. Some are even designed to safely transport personnel. 

Since this type of equipment is so essential for material transportation and lifting, you must have the right kind on hand depending on the application. The industrial material basket needs to meet the specific design, size, and safety requirements for the task-at-hand. Additionally, you want to get a storage container that will last you for a long time – especially since material baskets withstand a lot of wear and tear.

Here are some useful tips from an industrial hardware supplier to guide you towards the exact industrial material basket you need based on application. 

  1. Safety First – Ensure it Meets OSHA Regulations

As with all industrial equipment, safety is paramount. The material basket must be sturdy enough to withstand the maximum weight load and also have a reinforced design to prevent any pieces from denting, snapping, or warping. 

All forklift and material baskets must meet OSHA’s requirements in terms of measurements, safety reinforcements, and even color. 

For example, OSHA’s 1926 standards require that any personnel baskets have a guard rail that runs around the entire rim to prevent anyone from falling out of the enclosure. There must also be access gates equipped with safety latches that open towards the inside of the container. All entrance points of the material basket for personnel must be painted in “diagonal contrasting colors” such as yellow and black. 

While all material baskets sold in the US should meet this standard, be cautious of purchasing from off-shore manufacturers as they may not meet these regulations. Check to make sure that all of the lifting systems have OSHA and ASME safety ratings. Also ensure that any industrial material basket you use has adequate and functioning safety features in place such as a guardrail system, perimeter grab rail, anchor points, or a non-slip deck. 

  1. Check the Loading Capacity

Of course, you should never use an industrial material basket that is no rated to hold the intended load’s weight. But you should also check that the weight of the material basket itself does not exceed the equipment’s load capacity. 

For instance, say that you need to hoist building materials that way 5,000 lbs. If the material basket that you purchase is 1,000 lbs. then you can only use it with equipment whose load capacity is at least five times greater than this total. In this case, the crane’s, truck’s, or forklift’s load capacity would need to be a minimum of 30,000 lbs. 

If you do not have equipment that meets these standards, it may be best to use a lighter material basket or lower your load weight. 

Further, OSHA’s compliance requirements state that any personnel basket must be able to support five times the weight of the maximum intended load. So, the material basket’s capacity for a 1,000 lb. would need to be 5,000 lbs. plus the additional 1,000 lbs. for the container itself.

Other considerations to take into mind when choosing an industrial basket are the dimensions. Will the length, width, and height of the sides accommodate the materials that will be stored inside? Does the length of the forks fit into the slots correctly? Are there any special attachments required?

  1. Purchase from a Reliable Industrial Material Baskets Supplier

There are lots of styles and designs available depending on the type of application and intended purpose. Some material baskets are more versatile than others and some are specifically designed for singular tasks.

Your best bet is to purchase items through an industrial material baskets supplier with a wide range of options. They can help you determine the best design based on your application. Additionally, hardware suppliers often have faster delivery or pickup options so you can get your equipment quickly.

Connecting with an industrial material basket supplier means that you have a team of experts to help you find the exact type that matches your usage. 

An industrial material baskets supplier can also supply you with top-rated designs made from better materials than cheaper offerings. Investing in higher quality lifting equipment can save you money in the long run since it will last far longer and not damage nearly as easily. 

At Elite Sales, we carry a wide range of personnel, forklift, and industrial material baskets in various sizes to match up with all kinds of applications. 

For instance, you can purchase the SAF-T-LIFT Personnel Basket in sizes ranging from 3’x3’ and up to 4’x6’ to hold multiple people at once. Material baskets are also available with slanted or straight sides, depending on the style of forklift used. We also carry additional material basket accessories like crane rigging kits, utility caddies, and heavy-duty skip pans. 

Conclusion

Industrial material baskets play a crucial role on many construction sites and manufacturing plants. They must be strong enough to withhold extremely heavy weights, yet light enough to not exceed the lifting equipment’s weight load limit. 

If you need any assistance finding the correct industrial material basket for a specific intent, look no further than Elite Sales. We are one of the leading distributors in the country and we carry a wide range of material baskets, along with other industrial equipment. 

Make Elite Sales your one-stop shop for all of your industrial lifting equipment needs. You can contact our team by calling 1800-458-6659 or sending us a message online.


May 5, 2021
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Stainless steel cables are often used for added support on structures, particularly ones that are near water or exposed to nature. They can be used on a wide variety of applications, from boats and airplanes to bridges or even exercise equipment.

Now, it is important to clarify the difference between stainless steel cable and wire rope. These terms are often used interchangeably since these two items are quite similar. However, stainless-steel cable has a smaller diameter than wire rope. Cables are also used for structural support, whereas wire ropes are used for securement and overhead lifting.

Stainless steel is one of the strongest and most durable materials used for construction. It is comprised of a combination of iron and carbon, along with alloying elements like chromium and nickel. This creates an extremely shiny and naturally corrosion-resistant metal that can withstand extreme weights. So, it is no wonder that stainless steel cable is used widely for construction purposes.

A stainless steel cable supplier can certainly offer insight into the design elements needed for specific applications. But it is helpful to learn about the components of this type of cable on your own.
Here are the key elements that work together to create a highly durable stainless steel cable.

Wire Construction 

Just like wire ropes, industrial cable is made of wire strands that are twisted together to increase its strength. This helps to distribute the weight more evenly along the entire cable.

A strand is made of at least two wires. Each wire is extremely thin and not very strong on its own, but when twisted together, it forms a stronger strand. Typically, each strand in an industrial cable has six individual wires wrapped together around a central core. This is referred to as a 1X7 strand. They may also be made from up to 19 wires, which is called a 1X19 strand.

There are different types of industrial strands apart from stainless steel. You can also purchase cables made from high carbon steel, iron wire, monel metal, or even bronze. However, the most common types are stainless steel cable and galvanized steel.

Galvanized steel is coated in a thin layer of zinc, which helps to protect the iron from rust and corrosion. However, it is not nearly as strong or durable as stainless steel and is best for uses that require less strength.

Stainless steel wire will not rust and it is also heat and fire-resistant. It has one of the highest breaking strengths of all wire types, so it is best for heavy-duty applications. It is more expensive than galvanized steel – but it is also longer-lasting and far stronger. 

Industrial cable is also available in stainless steel vinyl coating, which helps to protect the wires from repetitive friction. This style is often used for pulley systems or outdoor applications. 

Strand Groupings 

The strand grouping is a measurement of how many strands are wrapped together to form the cable. Industrial cable with fewer strands is more rigid and best when additional sturdiness and strength are required. Cables with more strand groupings are more flexible and bendable, so these are often used for applications with movement or friction.

The most common groupings for stainless steel cable are 7×7 and 7×19.

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7×7 stainless steel cable is made of 7 separate strands which are each comprised of 1X7 wire strands. Since this design is not very flexible, it is often used for general-purpose construction where strength is more important. 

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7X19 stainless steel cable has 7 strands which are comprised of 19 wires (one central core surrounded by 18 wires). This increases the wire’s strength as well as its flexibility, so it is often used for things like sailboat rigging. 

Cable Strand Core 

The wire strands inside of stainless steel cable can be made from one of three common core styles: fiber, wire strand, or independent wire rope.

The fiber core is less common for industrial cable and is typically used more with wire ropes. A fiber core is usually made from polypropylene, hemp, or sisal (natural plant fiber). This makes the strands extremely flexible, but it is not particularly strong – which is why you won’t often find stainless steel cable in this design. 

A wire strand core has a singular strand on the inside that the additional strands are wrapped around to form the cable. This gives it more strength than a fiber core while providing a bit of flexibility. This style is most commonly used in utility cables.

Independent wire rope core (IWRC) is the strongest core type as it is made of a wire rope itself. This makes the entire cable far stronger and more crush-resistant. IWRC is the most common type of industrial cable core, especially for heavy-duty usage. 

Conclusion

We don’t often think about all of the design that goes into important construction elements like industrial cable. But each individual component plays a role in the overall strength, durability, and flexibility of the cable itself.

If you have any further questions, you can turn to Elite Sales Inc. for help. We are a highly-regarded stainless steel cable supplier that has been in the business for many years. Our team of experts is glad to answer your questions and help you find the type of cable for any purpose. 


April 23, 2021
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Wire ropes are designed to be extremely strong and durable to safely lift and secure heavy items. Wire ropes are commonly used with overhead lifting and rigging equipment to hoist loads – so when things go wrong, it can be extremely dangerous.

Wire rope hazards have caused hundreds of injuries and even fatalities on construction sites. According to one report, more than 60 people were killed over 15 years due to a wire rope breaking. 

When wire rope is handled or stored incorrectly, it can tremendously increase the likelihood of a safety hazard. Some of the most common safety issues with this piece of industrial equipment include broken strands, corrosion, crushed wires, or fatigue that causes the rope to slip, stretch, or snap. 

At Elite Sales, we have fulfilled lots of orders for wire ropes to replace broken or damaged equipment. So, take our advice with these tips to reduce wire rope hazards through proper handling.

1. Enforce Frequent Inspections Before Use

OSHA requires that all overhead lifting and rigging equipment be carefully inspected before use. Certified crane operators are typically responsible for this task – but all workers interacting with wire ropes should know how to conduct an inspection. 

First, the wire rope should be visually inspected to note any of the most common signs of wear and tear. This includes crown or valley breaks in the exterior strands or any kinks in the wire rope. 

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Any visible rusting, loose wires, kinking, or damaged fitting should be noted immediately. The wire rope should be replaced or repaired before it is used, as even a few broken wires could compromise its strength and durability. 

Dryness or dust forming on the wire rope is an indication that hasn’t been recently lubricated. This can cause the wire rope to break far more easily, so this must be taken into consideration during the inspection as well. 

2. Teach Proper Handling and Installation Methods of Wire Rope

Wire ropes are commonly damaged when they are being moved as the strands can get caught, broken, or bent. Correct wire rope installation and handling are crucial for extending the life and use of this equipment. So, all employees who handle wire ropes should receive adequate training for proper handling. 

Special care should be taken when the wire rope is unreeled or uncoiled. The strands can easily get kinked or crushed during this process. The best practice is to pull the wire rope in a straight line off of the reel or mount it on a revolving stand to ensure that the rope does not look or kink. 

All wire ropes should be routinely re-lubricated as well. This helps to reduce wear from friction and movement and also protects the wires from corrosion. 

Additionally, all handlers should be aware of practices that can damage wire ropes and avoid them at all costs. For instance, battening down the wire rope sling to secure it can crush and break the strands. This is unfortunately a fairly common practice on construction sites – so supervisors should strictly enforce correct handling. 

Wire rope can get damaged during storage, too. All wire ropes must be completely dried and stored in a cool, temperature-controlled space. It is also best to avoid stacked coiled wire rope directly on the ground and instead stack it on cement or metal.

3. Purchase Top-Quality, Long-Lasting Materials

As an industrial hardware supplier, we understand that it is not just the way that these materials are handled – but also the quality of the equipment that lowers safety risk.  Cheap wire rope will rust or wear down quickly, which increases the likelihood of it breaking.

First, be sure that you only purchase wire rope made with improved plow steel (IPS), extra improved plow steel (EIPS), or even extra-extra improved plow steel (EEIPS). This means that the wire rope is made of stronger steel than mild plow steel (MPS). 

You should always double-check that you are using the correct wire rope for your application. There are many different styles, constructions, and patterns available which are optimized for certain uses. 

For example, some are designed to be rotation resistant which is best for overhead lifting. The central core of the wire rope is also an important factor to consider. A fiber core is best for applications where elasticity and stretch are needed – but it is not ideal for high heat or heavy loads. Wire strand cores on the other hand are best when additional stability is needed for securement. 

Working with a trusted and experienced industrial wire rope supplier can be extremely beneficial here. Not only will this give you access to a wide range of wire rope options, but you can receive advice and guidance from professionals.

Here at Elite Sales, we’ve worked with construction companies and industrial manufacturers for years to provide top-rated equipment. We carry a great selection of wire rope in many styles, lengths, diameters, and constructions to meet nearly all applications. Plus, our team of experts is just a phone call away. 

Conclusion

Reducing the risk of wire rope hazards on the job site needs to be a top priority. Any mistakes with wire rope installation, transportation, or storage can lead to major safety issues. One of the easiest ways to do this is enforcing proper handling of top-quality wire rope equipment throughout the organization.

If you are looking to purchase high-quality wire rope for your business, be sure to check out our selection. Elite Sales is proud to carry top-rated industrial hardware. Our team is available to answer any questions and direct you to the exact types you need for any application. 

You can contact the sales team at Elite Sales by leaving us a message online or calling our headquarters at 1-800-458-6659.