Camprofile gaskets consist of a metal core (generally Stainless Steel) with concentric grooves on either side with sealing materials. The sealing layers (depending on the service duty) can be Graphite, PTFE (Teflon), CAF or Metal (e.gAluminum or Silver). Camprofile's can be used without sealing layers to provide an excellent seal but there is a risk of flange surface damage.

The very wide seating stress range (minimum to maximum stress) of the camprofile gasket makes it

• Highly suitable for varying temperatures and pressures.
• Less senstive to assembly faults (inaccurate bolt tensioning).
• Suitable for light and heavily constructed flanges.
• Dependent on layer material camprofile gaskets are resistant to temperatures up to 1000°C.
• Resistant to media pressures up to 250 bar.

The additional benefits are

• When assembled the layer thickness of the sealing material is extremely small (0.5mm) thus reducing leaks, reject rates and environment pollution.
• The gasket will not damage the flange surface and can be easily removed.
• Reduces maintenance costs.
• Emergency sealing of damaged flanges by using 1mm thick sealing layers until the flange can be reworked.
• Flange face protection Camprofiles will not damage the flange faces even at extreme seating load.
• Excellent performance when subject to fluctuating temperatures and pressures.
• Direct replacement for existing gaskets. No special flange finish is necessary.
• Eco-friendly by significantly reducing leakage into the atmosphere.

Flange surface Finish

The recommended flange surface finish for camprofiles with sealing layers is from 125-250 RMS.

Loose or Integral rings

Thermal-shock conditions may damage camprofiles with integral centering rings (thermal tension may cause cracks in the core).

Camprofile gaskets consist of a metal core (generally Stainless Steel) with concentric grooves on either side with sealing materials. The sealing layers (depending on the service duty) can be Graphite, PTFE (Teflon), CAF or Metal (e.gAluminum or Silver). Camprofile's can be used without sealing layers to provide an excellent seal but there is a risk of flange surface damage.

The very wide seating stress range (minimum to maximum stress) of the camprofile gasket makes it

• Highly suitable for varying temperatures and pressures.
• Less senstive to assembly faults (inaccurate bolt tensioning).
• Suitable for light and heavily constructed flanges.
• Dependent on layer material camprofile gaskets are resistant to temperatures up to 1000°C.
• Resistant to media pressures up to 250 bar.

The additional benefits are

• When assembled the layer thickness of the sealing material is extremely small (0.5mm) thus reducing leaks, reject rates and environment pollution.
• The gasket will not damage the flange surface and can be easily removed.
• Reduces maintenance costs.
• Emergency sealing of damaged flanges by using 1mm thick sealing layers until the flange can be reworked.
• Flange face protection Camprofiles will not damage the flange faces even at extreme seating load.
• Excellent performance when subject to fluctuating temperatures and pressures.
• Direct replacement for existing gaskets. No special flange finish is necessary.
• Eco-friendly by significantly reducing leakage into the atmosphere.

Flange surface Finish

The recommended flange surface finish for camprofiles with sealing layers is from 125-250 RMS.

Loose or Integral rings

Thermal-shock conditions may damage camprofiles with integral centering rings (thermal tension may cause cracks in the core).