Remember Air Circulation When Using Hay Tarps

In a previous blog post, we talked about using hay tarps to cover seed cotton. If you read that post, you might remember that tarping seed cotton is very similar to tarping hay – both in practice and in terms of the reasons why you might choose to use tarps. We even talked about things such as wind and moisture. The one thing we did not address in that post is air circulation.

When it comes to deciding whether to use hay tarps or not, the underlying concern is mold. It doesn’t matter whether you are working with hay, seed cotton, or any other agricultural product, mold growth reduces profitability by reducing some of your stock to waste. The whole point of tarping is to prevent as much waste as possible. This requires a two-pronged approach that considers both moisture and air circulation.


Moisture Content in Hay and Cotton

Harvesting both hay and seed cotton starts a reaction in the grain that causes it to release moisture. Because moisture can promote mold growth, common sense would dictate creating some sort of way to release that moisture into the surrounding air without allowing it to be trapped under the tarp. Therein lies the challenge.

When you lay a hay tarp directly over bales of hay or cotton with nothing in between, you are limiting the ability of the product to ‘breathe’. In fact, this is exactly the reason hay tarps are considered superior to standard blue tarps for protecting agricultural products. Hay tarps are made with breathable fabrics where blue tarps are less breathable by virtue of being constructed of poly or vinyl materials.

The challenge for the farmer is to figure out that proper balance. In some climates that do not see excessive rain during the summer months, it is possible to get away with simply laying a hay tarp across a bale and securing it to the ground with stakes. The tarp itself should provide enough room to do the trick. That may not be the case in locations that get excessive rain or suffer from high levels of humidity.

Both excessive rain and high humidity interrupt the process of evaporation. In such an environment, the farmer may have to find a way to support the hay tarp in order to create a little bit of space between the top of the bale and the tarp fabric. This can be accomplished with small blocks of wood, old tires, or just about anything else the farmer can find to act as a prop.

Create a Tarp Frame

Another way to address the air circulation issue is to create a frame on which the hay tarps will rest. A simple ‘A’ frame can be constructed with some rope and a few stakes pounded into the ground. Of course, a farmer can get more sophisticated by building a frame out of aluminum or steel that is heavy enough to be self-supporting. Such a frame is essentially a carport for hay or seed cotton.

We have also seen some farmers create open-air pens using cinder blocks. Turned sideways, the cinder blocks allow for plenty of air circulation while several hay tarps laid over the top keeps rain from coming in direct contact with the product underneath.

Suffice it to say there are a lot of creative ways to address the air circulation problem when covering hay or seed cotton. At the very least, purpose built hay tarps should be used rather than blue tarps. The hay tarps we carry here at MyTee are the right tools specifically designed to do the job right.

Cinch Strap Method – An Emergency Alternative to Pipe Stakes

The flatbed trucker who frequently hauls loads of different size pipe might choose to use pipes stakes as his/her primary method for cargo control and preventing cargo from falling in the event of a strap failure. This is an excellent strategy that should be practiced by anyone who normally hauls pipe or tubing. But there are times when doing so is just not impossible. What do you do then? A trucker can use the cinch strap method of control as an emergency alternative.

Consider the trucker who arrives for a contracted load and, due to some kind of misunderstanding, is not prepared to carry a collection of odd-sized pipes. He has no pipe takes on board and no desire to spend valuable time hunting down and purchasing those stakes. His load can still be properly secured with the cinch strap method of pipe securing.


How Cinch Strapping Works

Winch straps made of durable webbing material are usually run over the top of pipe loads and secured by winches on either side of the trailer. This method of strapping keeps the load firmly on the trailer. However, it doesn’t keep different sized pipes from spreading apart. Shippers try to do their part by tying multiple pieces of pipe together using nylon straps, but those straps are not going to hold up for the entire duration of a long journey. Cinch strapping is the solution.

Before piping is loaded onto the back of the trailer, run a winch strap across the bed and secure on one side using the appropriate winch. Position two or three additional straps, evenly space, the same way. Then step back and wait for the pipe to be loaded by the shipper. Once loading is complete, each of the cinch straps you laid down can be run over the load, back underneath the load, and then secured on the opposite side of the trailer. You are essentially creating a loop that, when winched tightly, keeps all of those pipes together. Then apply your winch straps across the top and you are done.

Combining Cinch Straps with Pipe Stakes

The process described above works well in an emergency situation when you really need pipe stakes but do not have them. But you can also combine cinch strapping with pipe stakes when you have loads that do not extend fully to the sides of your trailer. What would be the benefit of doing so? Protecting your pipe stakes in the event the load was to break loose.

Without cinch straps in place, those nylon straps that shippers use to tie pipes together could break and send the load falling toward the sides of your trailer with tremendous force. Pipe stakes should prevent the load from falling off the trailer, but they could be dented or bent in the process. Then you would be left having to purchase new stakes to replace them. Cinch strapping reduces this risk.

It’s a good idea to use pipes stakes whenever hauling mixed loads of odd sized pipe or tubing. An even better idea is to combine pipe stakes with the cinching strap method of securement for extra protection.

Mytee Products carries a full line of cargo control equipment, including both pipe stakes and winch straps. Each of our products comes from brand-name manufacturers and is made with reliable, durable materials you can trust for long life and maximum security. We invite you to take a look at our complete inventory while you are here on our website. You are sure to find everything you need for safe and secure flatbed trucking.

Applying Working Load Limit to Cargo Control

You are a professional truck driver browsing the Mytee website looking for new binders to add to your toolbox. At the back of your mind is the knowledge that you could possibly be completely unprepared for a new job if you do not purchase the right kinds of binders. As such, some of the concerns are working load limit (WLL), whether you are purchasing a Durabilt ratchet binder, a removable handle binder, or any of the other binder products we carry.

There is a science behind WLL and how it is applied to every load you carry. For the purposes of definition, WLL is the amount of force that can be applied to a piece of lifting or securing equipment without breaking that piece. WLL ratings are usually stamped on binders to make it easier for customers to know what they are purchasing.


As a general rule for American manufacturers, WLL is about one-fifth of the force necessary to cause failure, also known as minimum breaking strength. By making WLL less than minimum breaking strength, manufacturers give users a little bit of wiggle room without substantially increasing risk.

Calculating Working Load Limit for The Cargo Load

Making sure you have the right equipment to secure a load properly is a matter of a simple mathematics. The total WLL required for safe transport on a flatbed trailer is equal to one-half of the total weight of the cargo being carried. That means 20,000 pounds of cargo must be secured with chains and binders with a minimum WLL of 10,000 pounds.

Ensuring the right WLL for a given load is easy when chains and binders are rated equally. When they are not, the trucker uses the lesser of the two. In other words, assume a binder with a 4,500-pound WLL is paired with the chain rated at 5,500 pounds. The total WLL of the assembly is the lesser of the two – 4,500 pounds in this case.

This seemingly minute detail should never be overlooked. Using the higher of the two ratings could lead to improper securing that could eventually result in a load breaking loose. At the very least, chains and binders can be damaged when WLL is not calculated correctly.

Equal Force Distribution Across Loads

Although calculating WLL is relatively easy in most cases, it means nothing in terms of how loads should be properly secured. The laws in every state require truckers to make sure loads are securely fixed and pose no danger of breaking loose, though they do not necessarily dictate the details of how to accomplish this. Therefore, common sense must be used.

The laws of physics dictate that proper load securing procedures evenly distribute force across the entire load. In simple terms, the trucker is far better off using three chains with a combined working load limit appropriate to the load rather than a single chain of a higher WLL across the center of the load only.

Distributing force evenly across the load will keep cargo in place throughout the journey. It will also minimize the risks of damage presented by the force of chains in direct contact with cargo. The trucker should always remember that uneven force is never a good thing.

Mytee Products is proud to have added a number of new products to our inventory, including a new selection of binders. The Durabilt ratchet binder and removable handle binder now available through our website are both popular options. All of our binders are stamped with WLL ratings and meet or exceed all safety standards required by law.

5 Interesting Facts about Bungee Straps

As you make your way around the Mytee website looking for flatbed truck tarps and other cargo control supplies, you will undoubtedly come across our bungee straps with crimped hooks attached. These are great tools for quickly securing a tarp or adding that little bit of extra force needed to keep a load in place. In fact, bungee straps are so versatile that the average truck driver can find dozens of uses for them.



Bungee straps and cords have been around for decades. We use them for a multitude of purposes which would make it difficult to find the next best option. Having said that, below are five interesting bungee strap facts you may not be aware of.

1. Bungee Straps Are Used on Smaller Aircrafts

Long before bungee jumping ever became a sport, bungee straps were used to provide lightweight support for the undercarriages of airplanes. Believe it or not, bungee straps were used for this very purpose during World War I. They held the aircraft undercarriage firmly in place while adding minimal weight to the package. That was important in the early days of flight. Even today, owners of small private aircraft still use the straps to firmly secure undercarriage panels.

2. Bungee Straps and Cords Are Not the Same Things

We use the terms interchangeably, but bungee straps are technically different from bungee cords. The bungee strap is a solid piece of EPDM rubber with eyes molded into both ends, through which crimped hooks can be inserted. A bungee cord consists of one or more elastic strands encased in a cotton or polypropylene sheath. The hook on the end is molded from steel and crimped to the cord securely. Bungee straps offer more strength while bungee cords excel in the elasticity department.

3. Bungee Straps Are Great for Absorbing Shock

In applications where both cargo control and shock absorption or necessary, bungee straps are a great tool. The EPDM rubber used to make high-quality commercial straps is an energy absorbent material that is far superior to steel or iron chains. It also responds better when subject to extra stress, like excessive wind. The shock absorption properties of bungee straps make them very attractive to flatbed truckers.

4. Bungee Straps Can Be Used to Launch Gliders

If you were to look in an old Oxford English Dictionary from the late 1930s or early 40s, you would notice a listing for “bungee launching.” This term was used to describe launching a glider using a bungee strap. This ingenious method of getting gliders into the air made it possible to get airborne without the need of a tow vehicle or a cliff that could present a problem in the event of no lift. Similarly, steel cables that are functionally similar to bungee straps are sometimes used today to slow gliders when they need to be landed in limited space.

5. Bungee Straps Can Be Used to Make Furniture

We mentioned earlier that bungee straps are versatile enough to be used for an unlimited number of purposes. A case in point is outdoor deck furniture. Lightweight bungee straps now take the place of older vinyl straps to create furniture that is equally strong and attractive.

Our customers are likely to use bungee straps for primarily cargo control. However, even flatbed trucker can find other uses for his/her supply of straps. Here at Mytee Products, we always make sure to have a full inventory of bungee straps so that our customers never run out. We know truckers couldn’t bear to live without an ample supply – in different sizes – on board.