Where severe conditions exist, valve components made from Carpenter’s Mg-PSZ provide longer life and more consistent performance than conventional materials.
Carpenter’s Mg-PSZ valve trim:
No More Compromises
Valve components fail due to inherent weaknesses in the materials from which they are made. It is the design engineer’s job to weigh the trade-offs and come up with the best valve for the conditions. That usually means sacrificing in some areas to achieve improvement in others. The result is a compromise between valve performance and valve life.
Now you may never have to compromise again. The reason is Carpenter’s Mg-PSZ, the patented, transformation-toughened, partially-stabilized zirconia (PSZ) ceramic. It is completely different from anything you’ve tried.
Carpenter’s Mg-PSZ is a strong, tough, resilient ceramic that can stand up to the toughest of conditions. It is impact resistant - no need to handle it with kid gloves. It is extremely corrosion-resistant… in fact, it is virtually inert to most acids, bases and most other corrosives. It is wear resistant - abrasive slurries have little effect on its rock-hard surfaces. It is highly resistant to cavitation, and high operating temperatures are not a problem. After all, the melting point of Mg-PSZ is almost 2800°C!
Now you can have valves that will perform in virtually any condition with no more compromises. Throttling in abrasive slurries. High temperature corrosives. Cavitation. Carpenter’s Mg-PSZ will stand up to the most severe conditions you can imagine and provide long life and outstanding performance.
Carpenter Advanced Ceramics Delivers
Carpenter’s Mg-PSZ valve components are custom-manufactured
to your specifications. Carpenter’s ability
to produce large and complex components is
unequalled. We will provide engineering assistance
to help you develop cost effective components.
If you are having problems with your valve
trim or if you have a unique application
or need custom components, consult your nearest
Carpenter sales office.
BACK TO Magnesia Partially Stabilized Zirconia
| Copyright 1997-2008 CRS Holdings Inc. All
rights reserved. |