Throughout the United States, many people work in order to extract oil and gas. Research from the United States Bureau of Labor Statistics found that there were 178,400 people working in the oil and gas extraction industry throughout the United States during July 2017. To perform their jobs properly, these workers often utilize metal bellows. Before using these items, you’ll need to make sure you’re choosing the right bellows for the job. Here are three reasons to choose multi-ply over single ply bellows.
- Able to Handle Strong Vibrations
Many workers need to make sure their equipment will hold up to strong vibrations. If vibrations become too strong, it could cause your machinery to break down. Fortunately, multi-ply bellows are able to withstand vibrations. In turn, this allows you to continue to work in a safe manner. - Extreme Flexibility
It’s also important to ensure that your bellows are flexible. Unfortunately, it’s difficult to achieve this goal while using single ply bellows. On the other hand, multi-ply bellows often consist of two or three tubes. In certain situations, these types of bellows can have as many as five tubes. These varying amount of tubes help ensure that multi-ply bellows remain flexible. Considering that, many people choose multi-ply bellows for their superior flexibility. - Greater Resistance to Pressure
While working in the oil and gas extraction industry, it’s wise to pay close attention to pressure levels. If not, you could be dealing with potentially unsafe working conditions. You’ll be glad to know that multi-ply bellows work well at standing up to all sorts of pressure. Therefore, another reason to choose multi-ply bellows is that they are able to withstand immense amounts of pressure.
In closing, there are several reasons to choose multi-ply bellows instead of those made with a single ply. If you’re looking for something other than standard bellows, you might want to contact manufacturers that create custom designs. In turn, this company can create a custom bellows design that focuses on important attributes including spring rate, exposure, end configuration, geometric constraints, and several others. This allows you to make sure you’re using bellows that are able to perform in an optimal manner.
