Steel Insert Rubber Gasket

- These gaskets consist of metal core reinforcement.
- These gaskets increase the blowout safety & stability.
- Steel reinforcement ensures good handling of the seal even in large nominal widths.
- The use of rubber steel gaskets is recommended especially for applications where only little surface compression is available.
- These gaskets are available to ASME, DIN,JIS, AWWA etc. dimensions.
Attributes of these gaskets:
- High tightness under low surface compression
- Secure tightness for weakly designed system
- Great compensation ability in case of angular deviation

MOR – 01
- It is a simple, secure and cost-effective installation due to its stability, compared to non-reinforced rubber gaskets.

MOR – 02
- It is a rubber-steel gasket which is Leak-proof even at the lowest tightening torques, making this rubber-steel gasket profile particularly suitable for plastic flange connections where there no high forces can be exerted.

MOR – 03
- It is easy to replace the rubber sealing rings, meaning the rubber-steel gasket can be reused again and again.

MOR – 04
- It is easy and safe installation, reduces the risk of installation errors caused by applying too high or uneven bolt tightening torque (the most common reason for the failure of a rubber-steel gasket) simple replacement of the rubber sealing ring, making it reusable.

MOR – 04H
- It has all the features of the rubber-steel gasket profile MOR-04 and is easy to replace the rubber sealing rings and graphite layers, meaning the rubber-steel gasket can be reused again and again.

MOR; R-ST
- For various applications.


MOR; R-ST – O/IR
- For various applications, top choice for joints connecting non-metallic (plastics or GRP) and steel flanges.


MOR ; R-ST – O/COR
- To suit flange joints connecting pairs of plastic stub ends.


MOR ; R-ST – O/OR
- Customized dimensions with a visible stainless steel insert.


MOR; R-ST -O/ORX
- For various applications, top choice for partially coated flanges and extreme operating conditions.










