COORSTEK INC

CoorsteK Inc. specializes in advanced ceramic and glass-ceramic materials manufacturing, leveraging precision processing techniques to produce high-performance components for demanding technical applications. Their core capabilities include the design and fabrication of technical ceramics for thermal management, structural integrity, and electrical insulation in extreme environments. The company excels in sintering, machining, and surface finishing of alumina, zirconia, and other engineered ceramics, with particular expertise in achieving tight tolerances and high-purity material properties required in aerospace, defense, and industrial systems. Their technical differentiation lies in consistent control over microstructural characteristics and thermal expansion matching, enabling reliable performance in high-temperature and corrosive conditions. Due to insufficient award data, specific agency relationships cannot be identified. However, given the nature of their materials expertise, it is reasonable to infer potential engagement with defense, space, and energy sectors where ceramic components are critical to sensor systems, thermal protection, and electronic substrates. The primary NAICS code 327110 reflects a focus on structural clay product manufacturing, but CoorsteK’s actual technical output aligns more closely with advanced ceramics production for industrial and technical applications rather than conventional brick or tile. This positions them as a niche supplier within the broader materials supply chain, serving sectors requiring engineered ceramics with specialized mechanical and thermal properties. CoorsteK Inc. is a small, privately held business headquartered in Golden, Colorado, with no federal certifications on record. The company operates as a specialized manufacturer with a focused geographic footprint, serving government and industrial customers through direct material supply and custom component development. Their market positioning is defined by technical precision in ceramic fabrication rather than broad systems integration or service delivery.