Morgan Advanced Materials offers bespoke pump components for aerospace

WINDSOR, U.K., 17 July 2015. Morgan Advanced Materials’ Seals and Bearings business now offers a selection of high-performance axial and radial bearings, seal face components, rotors and vanes, in a range of sizes and compositions. The pump components are manufactured from specialized formulations of carbon/graphite and silicon carbide materials, giving them superior tribological and wear characteristics.

Morgan Advanced Materials offers bespoke pump components for aerospace hydraulic systems, valve and actuator assemblies
Morgan Advanced Materials offers bespoke pump components for aerospace hydraulic systems, valve and actuator assemblies

WINDSOR, U.K., 17 July 2015. Morgan Advanced Materials’ Seals and Bearings business now offers a selection of high-performance axial and radial bearings, seal face components, rotors and vanes, in a range of sizes and compositions. The pump components are manufactured from specialized formulations of carbon/graphite and silicon carbide materials, giving them superior tribological and wear characteristics.

Morgan Advanced Materials offers bespoke pump components for aerospace hydraulic systems, valve and actuator assembliesMorgan Advanced Materials offers bespoke pump components for aerospace hydraulic systems, valve and actuator assemblies

The components are chemically inert, dimensionally stable products and are used in applications in the aerospace, automotive, chemical processing, healthcare, mining, oil & gas, pharmaceuticals, food, and industrial sectors. The application of Morgan’s engineered materials to a customer’s design is an excellent addition to any pumping solution.

“Morgan engineers have extensive experience in developing high-performance pump components and are experts in working closely with customers to tailor solutions to specific end-use scenarios,” according to a company spokesperson. “These efficiently-produced, custom-made components are machined to solve unique challenges in the most demanding of environments.”

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