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...
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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 the main shaft to the auxiliary power unit, Metcar designs and manufactures critical components that ensure safety, efficiency, and performance in flight. Our aerospace-grade materials excel in extreme environments—handling high temperatures, demanding speeds, and the toughest operating conditions.
Our solutions include:
Backed by engineering expertise and decades of proven results, Metcar helps keep fleets in the air and operations running smoothly.
When performance, precision, and trust matter—Metcar delivers.
View this product at metcar.com
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...
Metcar delivers high-performance carbon graphite components engineered to withstand extreme aerospace conditions—intense heat, high speeds, and demanding altitudes. Approved by major aircraft...
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...
Metcar's advanced graphite material is transforming aerospace engineering. It withstands extreme conditions—temperatures over 1,000 degrees—essential for safety and performance. Its...
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....