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Cutting-Edge SiC-CMB Development for Aerospace Heat Shields

Trelleborg Offshore, with industrial partners, is pioneering a nanometer-scale SiC coating for hollow carbon microspheres to enhance aerospace heat shield applications. Collaborating with Harvard CNS, this project aims to advance ablative technologies for high aeroshear loading scenarios.

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Cutting-Edge SiC-CMB Development for Aerospace Heat Shields

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  1. SiC-CMB Development Trelleborg Offshore, in conjunction with other industrial partners, are developing a nanometer-scale silicon carbide (SiC) coating for our hollow carbon microsphere (CMB) product line. This material is expected to play a significant role in the next generation of ablative heat shields for aerospace applications, especially heat shield applications involving high aeroshear loading. Use of the CNS facilities is an invaluable resource for characterization of our coating development efforts. Daniel C. Ralph, Cornell University, ECCS - 0335765 TECMB-45 commercially available hollow carbon microspheres SiC coated CMBs Ablator prepared using SiC coated CMBs Dr. Kipp B. Carlisle, Staff Scientist, Trelleborg Offshore US – Boston Work performed at the Harvard Center for Nanoscale Systems (CNS).

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