single appleThere are a handful of gasket materials and technologies that are acceptable for a variety of conditions within an application. However, as you venture into specific conditions, those options start to narrow – especially as you get into higher temperature and higher pressure applications.

As an experienced materials manufacturer, when we hear a customer or potential customer start talking about gasketing needs, there are certain applications where we know immediately that metal-reinforced composite laminates are a great option. To help you in your planning process, we decided to put together a list of the top applications where these types of gaskets excel (in no particular order).

Look to Composites

1. Exhaust system gaskets

Composite laminates work well in exhaust systems because they tolerate heat and distortion of the flanges. They can also be made with a stainless steel core to resist corrosion and provide long-term performance.

2. Aftertreatment system gaskets (DPR, EGR, etc.)

Composite materials perform well here with the rigidity of the steel core for strength and the sealability of the facing material in aftertreatment joints.

3. Manifold gaskets (exhaust/intake)

Graphite laminates are one example of a composite laminate that works well in exhaust manifold gaskets. The material helps to manage heat flow while maintaining a seal.

4. Collector gaskets

Collector gaskets are generally high-temperature flanged joints that require a compressible material to seal the joint. Often, composite materials are the first choice here due to their economic advantage and compressible nature.

5. Cylinder head gaskets

Head gaskets have been successfully made from graphite composite laminates since the mid 1980’s. These gaskets perform well as they seal a variety of surfaces while managing heat and providing long-term service.

6. Aftermarket/replacement gaskets (head, exhaust, and intake applications)

Composite laminates are by far the best choice in aftermarket/replacement applications. They provide additional compressibility and conformance to seal against less-than-ideal flange surfaces while compensating for removed material, such as surfaces that are refinished. Composites also provide lasting service with their ability to compress and recover in these applications.

Materials that Survive

If you’re dealing with applications that meet any of these conditions, it is important to be aware of the types of materials that are known for successfully sealing them. Once you have an awareness of the general direction you should be going in, talk to a gasket material supplier that specializes in that type of material. Then, you can narrow down your choices to the one material that is best-suited for the conditions it will need to withstand.

What are the other applications where you prefer metal-reinforced composites? If you are interested in subscribing to Sealed-In’s blog posts, email sales@mtigasket.com.

Does Your Gasket Need A Stainless Steel Core? Here Are 3 Ways To Know.
One of the things you’ll see in our catalog are materials with a stainless steel core. You may be wondering what that means or when you would want to use one of these materials. Keep on reading to see the reasons why.
3 Things You Need to Consider When Deciding on EGR Gasket Material
EGR (exhaust gas recirculation) valves serve a specific purpose in engines. They recirculate exhaust gases from the exhaust stream, sending some back into the engine to be burned again. This helps to reduce emissions by further burning the byproducts of combustion. If you are involved with making the decision on EGR gasket material, there are 3 main items of consideration.
3 Things You Should Look for When Selecting a Gasket to go from Cylinder Head to Exhaust Manifold
Every seal point is unique in its gasketing needs. Exhaust manifold gaskets are no exception. Having an understanding of the conditions that this gasket is exposed to makes it much easier to decide on a gasket material. In the absence of you knowing exhaust manifolds inside and out, we are happy to get you pointed in the right direction.
Need a Gasket for an Intake Manifold? Here's What You Need to Know.
If your intake manifold gasket isn’t doing its job, you are going to see a poor performing engine all around. As with any seal point, you need to fully understand the environment in order to make a proper gasket material selection. Here are the considerations you need to be aware of when selecting such materials.
The Top 5 Things to Remember When Working with Gaskets for Service Applications
Not all gaskets go into brand new applications straight off the production line. There are many gaskets used across the aftermarket, in service operations and in engine rebuilding. We have put together a list of considerations for those working with gaskets in situations where a gasket is being replaced.

single apple

There are a handful of gasket materials and technologies that are acceptable for a variety of conditions within an application. However, as you venture into specific conditions, those options start to narrow – especially as you get into higher temperature and higher pressure applications.

As an experienced materials manufacturer, when we hear a customer or potential customer start talking about gasketing needs, there are certain applications where we know immediately that metal-reinforced composite laminates are a great option. To help you in your planning process, we decided to put together a list of the top applications where these types of gaskets excel (in no particular order).

Look to Composites

1. Exhaust system gaskets

Composite laminates work well in exhaust systems because they tolerate heat and distortion of the flanges. They can also be made with a stainless steel core to resist corrosion and provide long-term performance.

2. Aftertreatment system gaskets (DPR, EGR, etc.)

Composite materials perform well here with the rigidity of the steel core for strength and the sealability of the facing material in aftertreatment joints.

3. Manifold gaskets (exhaust/intake)

Graphite laminates are one example of a composite laminate that works well in exhaust manifold gaskets. The material helps to manage heat flow while maintaining a seal.

4. Collector gaskets

Collector gaskets are generally high-temperature flanged joints that require a compressible material to seal the joint. Often, composite materials are the first choice here due to their economic advantage and compressible nature.

5. Cylinder head gaskets

Head gaskets have been successfully made from graphite composite laminates since the mid 1980’s. These gaskets perform well as they seal a variety of surfaces while managing heat and providing long-term service.

6. Aftermarket/replacement gaskets (head, exhaust, and intake applications)

Composite laminates are by far the best choice in aftermarket/replacement applications. They provide additional compressibility and conformance to seal against less-than-ideal flange surfaces while compensating for removed material, such as surfaces that are refinished. Composites also provide lasting service with their ability to compress and recover in these applications.

Materials that Survive

If you’re dealing with applications that meet any of these conditions, it is important to be aware of the types of materials that are known for successfully sealing them. Once you have an awareness of the general direction you should be going in, talk to a gasket material supplier that specializes in that type of material. Then, you can narrow down your choices to the one material that is best-suited for the conditions it will need to withstand.

What are the other applications where you prefer metal-reinforced composites? If you are interested in subscribing to Sealed-In’s blog posts, email sales@mtigasket.com.

Does Your Gasket Need A Stainless Steel Core? Here Are 3 Ways To Know.
One of the things you’ll see in our catalog are materials with a stainless steel core. You may be wondering what that means or when you would want to use one of these materials. Keep on reading to see the reasons why.
3 Things You Need to Consider When Deciding on EGR Gasket Material
EGR (exhaust gas recirculation) valves serve a specific purpose in engines. They recirculate exhaust gases from the exhaust stream, sending some back into the engine to be burned again. This helps to reduce emissions by further burning the byproducts of combustion. If you are involved with making the decision on EGR gasket material, there are 3 main items of consideration.
3 Things You Should Look for When Selecting a Gasket to go from Cylinder Head to Exhaust Manifold
Every seal point is unique in its gasketing needs. Exhaust manifold gaskets are no exception. Having an understanding of the conditions that this gasket is exposed to makes it much easier to decide on a gasket material. In the absence of you knowing exhaust manifolds inside and out, we are happy to get you pointed in the right direction.
Need a Gasket for an Intake Manifold? Here's What You Need to Know.
If your intake manifold gasket isn’t doing its job, you are going to see a poor performing engine all around. As with any seal point, you need to fully understand the environment in order to make a proper gasket material selection. Here are the considerations you need to be aware of when selecting such materials.
The Top 5 Things to Remember When Working with Gaskets for Service Applications
Not all gaskets go into brand new applications straight off the production line. There are many gaskets used across the aftermarket, in service operations and in engine rebuilding. We have put together a list of considerations for those working with gaskets in situations where a gasket is being replaced.

single apple

There are a handful of gasket materials and technologies that are acceptable for a variety of conditions within an application. However, as you venture into specific conditions, those options start to narrow – especially as you get into higher temperature and higher pressure applications.

As an experienced materials manufacturer, when we hear a customer or potential customer start talking about gasketing needs, there are certain applications where we know immediately that metal-reinforced composite laminates are a great option. To help you in your planning process, we decided to put together a list of the top applications where these types of gaskets excel (in no particular order).

Look to Composites

1. Exhaust system gaskets

Composite laminates work well in exhaust systems because they tolerate heat and distortion of the flanges. They can also be made with a stainless steel core to resist corrosion and provide long-term performance.

2. Aftertreatment system gaskets (DPR, EGR, etc.)

Composite materials perform well here with the rigidity of the steel core for strength and the sealability of the facing material in aftertreatment joints.

3. Manifold gaskets (exhaust/intake)

Graphite laminates are one example of a composite laminate that works well in exhaust manifold gaskets. The material helps to manage heat flow while maintaining a seal.

4. Collector gaskets

Collector gaskets are generally high-temperature flanged joints that require a compressible material to seal the joint. Often, composite materials are the first choice here due to their economic advantage and compressible nature.

5. Cylinder head gaskets

Head gaskets have been successfully made from graphite composite laminates since the mid 1980’s. These gaskets perform well as they seal a variety of surfaces while managing heat and providing long-term service.

6. Aftermarket/replacement gaskets (head, exhaust, and intake applications)

Composite laminates are by far the best choice in aftermarket/replacement applications. They provide additional compressibility and conformance to seal against less-than-ideal flange surfaces while compensating for removed material, such as surfaces that are refinished. Composites also provide lasting service with their ability to compress and recover in these applications.

Materials that Survive

If you’re dealing with applications that meet any of these conditions, it is important to be aware of the types of materials that are known for successfully sealing them. Once you have an awareness of the general direction you should be going in, talk to a gasket material supplier that specializes in that type of material. Then, you can narrow down your choices to the one material that is best-suited for the conditions it will need to withstand.

What are the other applications where you prefer metal-reinforced composites? If you are interested in subscribing to Sealed-In’s blog posts, email sales@mtigasket.com.

Does Your Gasket Need A Stainless Steel Core? Here Are 3 Ways To Know.
One of the things you’ll see in our catalog are materials with a stainless steel core. You may be wondering what that means or when you would want to use one of these materials. Keep on reading to see the reasons why.
3 Things You Need to Consider When Deciding on EGR Gasket Material
EGR (exhaust gas recirculation) valves serve a specific purpose in engines. They recirculate exhaust gases from the exhaust stream, sending some back into the engine to be burned again. This helps to reduce emissions by further burning the byproducts of combustion. If you are involved with making the decision on EGR gasket material, there are 3 main items of consideration.
3 Things You Should Look for When Selecting a Gasket to go from Cylinder Head to Exhaust Manifold
Every seal point is unique in its gasketing needs. Exhaust manifold gaskets are no exception. Having an understanding of the conditions that this gasket is exposed to makes it much easier to decide on a gasket material. In the absence of you knowing exhaust manifolds inside and out, we are happy to get you pointed in the right direction.
Need a Gasket for an Intake Manifold? Here's What You Need to Know.
If your intake manifold gasket isn’t doing its job, you are going to see a poor performing engine all around. As with any seal point, you need to fully understand the environment in order to make a proper gasket material selection. Here are the considerations you need to be aware of when selecting such materials.
The Top 5 Things to Remember When Working with Gaskets for Service Applications
Not all gaskets go into brand new applications straight off the production line. There are many gaskets used across the aftermarket, in service operations and in engine rebuilding. We have put together a list of considerations for those working with gaskets in situations where a gasket is being replaced.