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Tips to Ensure Safety in Industrial Process by Using Piston Seals

Seals that provide adequate protection are needed for heavy-duty hydraulic operations are ideal for such applications. They not only have excellent sealing capabilities, but they also have high-temperature tolerance. As a result, they are an excellent alternative for industrial applications. They don’t melt or soften in any way; as you know, both of these actions can be harmful to an industrial process; a high-quality seal of this kind can provide excellent service even at pressures of 7250 PSI or higher process in some applications. 

But the fact that Piston seals are cost-effective compared to the valuable service they provide is what works in their favour. These seals are used as a replacement for T-seals and PTFE-loaded cap seals in a variety of industries. Both of these types of seals are more expensive than piston seals. They’re sometimes used in combination with V Packing rings and Parker-O-rings.

What are the applications of such seals?

Seals of this kind are used in applications involving pneumatic cylinders. They’ve also been shown to work in valves and other applications that require lower operating pressures. They’re often used in reciprocating and rotary motion applications. They are, in reality, ideal for industrial applications with working temperatures of up to 250 degrees Celsius. They’re also helpful in temperatures as low as -40 degrees Fahrenheit. They may not become fragile or break.

What Are The Benefits Of Using Piston Seals In Your Application?

To begin with, piston seals are simple to install and have low installation costs. Furthermore, they have a longer life, implying that you can get more service from them. That’s how you get more bangs for your buck with these seals. The fact that these seals can withstand extremely high temperatures is the most significant benefit they have. As a result, they’re ideal for vital tasks like sealing high-pressure cylinders and pipes. They have a first-class defence. They also have the potential to withstand high shock loads, in addition to these benefits. They are also highly abrasion-resistant.

Other elements, such as Parker-o-rings, are often used for similar sealing operations. They improve the sealing process. These are often used in the aerospace industry because they help seal a variety of specifications.

V Packing rings are also used in the manufacturing sector for sealing and fastening operations. They aid in the completion of smooth sealing operations. They’re almost unavoidable in o-ring sealing employment. Now that you’re aware of the advantages of using piston seals, you can conduct an internet search to locate reputable piston seals suppliers. You will get a good idea of the best company by researching their product offerings and selection.

How to Apply Back Pressure?

The imposed back pressure used to compress the piston should be at least 100 psi higher than the pressure in the test cell to overcome friction. To ensure a fast injection of liquid, a back pressure of 200 psi more significant than that of the test cell may be used. The pistons have a maximum pressure capacity of 1,000 psi, so the pressure applied must not exceed that.

How to Take Care of a Piston?

It is essential to clean the piston immediately after usage to ensure that the piston’s integrity is not damaged and that the next sample loaded is not contaminated. The simplest and fastest way to clean a piston is to thoroughly rinse it with a suitable solvent immediately after use, dragging the solvent into the piston and discharging it a few times before the fluid runs clean.

If you have any problem with the safety of the piston seals, consult. Piston seal suppliers will help you in every aspect.