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Optimum squeezing force for an o ring

It is true that the more squeeze you place on an o ring, the tighter the seal it will provide. In essence, the more squeeze (compression) you apply, the greater the force between the o ring and its mating hardware.  And ensuring you have the perfect seal is all...

O Ring Squeeze

The squeeze and shrinkage on an o ring are vital to understanding as these factors stand in the way of your application either experiencing a perfect seal or your application suffering from leaks.  You can measure the shrinkage of an o ring during...

Keeping your o rings bonded

EMI o rings. Those seal ring gaskets are made of silicone compounds, combining environmental sealing with electromagnetic interference protection.  Consisting of metal or metal-coated particles, silicone o rings are filled with silver, silver aluminium, or nickel...

The importance of mechanical seals when reducing water consumption in mining

Environmental considerations are at the top of most industry's agendas in the 21st century as companies evaluate and improve operations, processes, and systems.  Conserving water in mining is one such area that is now being investigated further with the rotation of...

How choosing the correct gasket reduces risks

Health and Safety across any industry are vital, especially so in industrial facilities and settings.  Why?  Because harmful leaks and emissions must be avoided at all costs to avoid serious accidents or injury to your teams and property.  That’s why having the right...

How to tighten your bolts perfectly

How to tighten your bolts and which tools you should use to achieve the perfect seal is not as seamless and straightforward as we would like. Various factors come into play in these situations, such as bolt grade, size, and even application type.  Tightening torques...

Static and Dynamic o rings

A range of factors and application dynamics come into play when choosing a particular type of o ring.  You need to understand the type of seal exert you require, the dimensions, and even compounds.  Due to the nature of an o ring and its overall design, o rings use...

Gasket Sealants

Fortunately, no one gasket suits a range of applications, but rather we have a multitude of gasket sealants available to meet various specifications and requirements.  Ultimately, sealants are used to effectively ensure gasket seals.  Helping to extend a gasket's life...

Types of industrial gasket material

Different industry sectors will use different types of gaskets and different types of gasket materials.   And of course!  Different industrial gasket materials will be much better suited to some industrial processes and applications compared to others.  As different...

O Ring Colour Identification

O rings come in various colours, and it's important to understand what these colours indicate as the o rings you choose will affect your overall process application.  Ultimately, different o ring colours are used to help differentiate between different materials. ...

Keeping a close eye on the gaskets your applications use

Keeping a close eye on the gaskets your applications useGaskets are vital elements to any piping system and application that requires creating the perfect seal in order to prevent leaks.  This is the main role of a gasket, to provide a good seal, with some gasket materials sealing better than others in certain applications. 

Not only do they help to keep the safety of piping systems intact, but they also help to maintain environmental conditions and ensure that nothing affects operations and, most importantly, final product quality. 

However, not all gaskets will be suitable for all applications, and just because a particular type of gasket has been used before does not mean that it is the right gasket to use again. 

The most common type of gaskets involves o rings, ring joints, spiral wound gaskets, and those with solid metal designs. 

When operations change 

As your operations and processes adapt and change, you must review your gaskets’ suitability, ensuring that the gaskets you are currently using remain fit for purpose. 

For example, suppose your process changes to a system that now requires much higher operating temperatures. In that case, previous gaskets may not be able to withstand the extreme change, and the effect that this can have on the gasket is that it may not be able to provide a tight seal.  Instead, water, gas, solvents and more can escape and leak out from the flanges. 

In these instances, new gaskets should be chosen carefully, considering the flange details, the process fluid, and finally, the operating conditions. 

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Why opt for spiral wound gaskets? 

Metal gaskets that are wound to create a strong seal, spiral wound gaskets make an excellent choice for applications and processes that require high operating temperatures and harsh chemicals. 

Metal spiral wound gaskets are some of the most commonly used gaskets due to their strength, excellent sealing properties, and price points. 

This gasket type also has a centre ring, and under load, the spiral compresses, sealing the process completely. 

However, maintenance and regular checks must be carried out on all gaskets in used to check they maintain their functionality and core purpose – to provide the perfect seal. 

Ideally, spiral wound gaskets should be treated as single-use gaskets and replaced once wear and tear or leaks start to occur.  It is not advised to reuse spiral wound gaskets. 

If, however, you opt for solid metal gaskets, for all these are slightly more expensive, you can reuse them.  Consisting of a grooved metal plate, these gaskets require a process compatible sealer, which is used to fill the groove.  You can reuse these particular types of gaskets in applications if you carry out sealer reapplication and appropriate maintenance. 

Gaskets are a vital part of processing and applications, and it’s important that you check, maintain, and replace them where necessary to keep final products from being negatively affected. 

To reuse or replace, that is the question. 

Reusing a gasket 

Gaskets may be suitable for reusing if: 

  • The gasket hasn’t been exposed to extreme heat. 
  • The gasket hasn’t been exposed or suffered from swelling or fluid exposure. 
  • The thickness of the gasket is still intact, so compressibility is high, enabling the achievement of a strong seal. 

Reasons why you shouldn’t reuse a gasket 

  • The gasket has dried out, become brittle, stiffened, etc.  Ultimately there is no return for this gasket.  
  • If the gasket has swelled due to extreme exposure to fluids.  You should not reuse the gasket due to the gasket being overly saturated or impregnated in these instances. 
  • The final reason not to reuse a gasket comes down to compressibility.   A gasket works best when it can go through initial compression achieving a great first seal. 

In all cases, gaskets should be designed and installed correctly if you want them to perform at their best. 

At SSP, we would always recommend replacing seals, keeping your applications on the safe side, and to continue to keep performance levels high. 

Opting for higher quality seals designed to last is key, not just choosing those that are the cheapest. Don’t compromise safety and performance by choosing lower-grade gaskets. 

As a trusted supplier, Specialist Sealing Products offers a range of gaskets suitable for various applications and processes. 

Checking the quality of your gaskets 

  • Check the gasket material is labelled with style and brand 
  • Know the operating limits of the gasket (check temperature and pressure ratings) 
  • Assess gaskets flexibility based on the filler material 
  • Check manufacturing date codes for age and batch numbers 
  • Remember, cheaper doesn’t always mean better 
  • Clarify the right gasket for your application 
  • Spiral wound gaskets Leeds will be colour coded and stamped for identification purposes – make sure this is visible on your gaskets. 

Helping you find the ideal gasket, offering the best sealing performance, call us on 01535 274 776 today. 

Find Out More Here!

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