Want to know what a double seal is and how it works? Here’s a brief overview to help you understand the working of a double mechanical seal and how you can use it.
Mechanical seals are very useful for controlling leakages, maintaining pressure, and preventing the entry of contaminants into the system. Although it’s one of the top sealing solutions, mechanical seals can sometimes develop problems. Here are all the common mechanical seal problems and how to prevent them.
Don’t be so quick to blame your mechanical seal manufacturers if your seal fails to stick. A mechanical seal failure might be an indication of something bigger. It’s, therefore, crucial to take your seal failure seriously. Rather than simply replacing it with a new seal, make sure to get to the bottom of this. Here are some of the potential issues indicated by your seal failure.
The development in sealing technology and the growth of mechanical seals in the past couple of years means that customers today have a wide range of sealing solutions to choose from. Although gland seal has been the popular choice that dominates the sealing market, the operational benefits of mechanical seals have made it one of the top sealing alternatives.
A mechanical seal helps fix a mechanical system and prevent leakage. These are also helpful in maintaining pressure and preventing contamination. The growing demand for seals in HVAC, automotive, food, beverages, agriculture, mining, water, and wastewater industries has caused the mechanical seals market to grow dramatically. It’s expected to hit $4.6 billion with a CAGR of 5.2% by 2025.
Considering seals and gaskets as the same is a common misconception—and it’s easy to see why. They both perform the same function of preventing leaks. However, their applications are different. Gaskets are used for static surfaces like joints. Seals are used for dynamic surfaces like rotating shafts, engines, and pumps.