For more than 75 years, Metcar has been a trusted partner to the aerospace industry, delivering advanced self-lubricating carbon-graphite solutions that perform where reliability matters most. From...
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In space applications, performance is defined by extremes.
Metcar’s carbon/graphite materials are engineered to operate in high-temperature, high-pressure, and vacuum environments supporting critical systems in propulsion, sealing, and electrification.
From inter-propellant seals to electrical contacts and bearing solutions, our components are designed for reliability where failure is not an option.
View this product at www.metcar.com/en-us/industry/aerospace
For more than 75 years, Metcar has been a trusted partner to the aerospace industry, delivering advanced self-lubricating carbon-graphite solutions that perform where reliability matters most. From...
In aerospace auxiliary and air management systems, piston rings are often exposed to conditions that challenge traditional materials — high temperatures, oil-free operation, and continuous cycling....
Jet engines are meticulously engineered to withstand the most unforgiving conditions known to modern technology. Within turbines, temperatures soar beyond 1,000°F, shaft speeds reach dizzying...
When PMA companies are tasked with reverse engineering aircraft system components, determining the carbon graphite material grade can be a challenge. Metcar's materials lab is fully equipped to run...
In aerospace applications, performance isn’t optional, it’s critical. Metcar’s engineered carbon graphite components are designed to deliver reliability in demanding environments, from turbine...