MATERION ADVANCED MATERIALS TECHNOLOGIES AND SERVICES INC.

MATERION ADVANCED MATERIALS TECHNOLOGIES AND SERVICES INC. specializes in the development and production of high-performance metallic and ceramic materials for demanding government and defense applications. Their core capabilities center on advanced metallurgy, including precision alloy design, powder metallurgy, vacuum arc melting, and thermal processing of refractory and specialty metals such as tantalum, niobium, and titanium-based systems. The company delivers engineered material solutions with stringent control over microstructure, purity, and mechanical properties, often tailored for extreme environments in aerospace, nuclear, and defense systems. Key differentiators include proprietary processing techniques for enhanced fatigue resistance, corrosion tolerance, and thermal stability, enabling use in high-temperature components, radiation shielding, and precision instrumentation. Their technical expertise extends to material characterization, non-destructive evaluation, and qualification under military and aerospace standards. Award history is not available to confirm specific agency engagements, but based on material specialization, their work likely supports defense, aerospace, and nuclear energy programs requiring mission-critical material performance. The company’s focus aligns with NAICS 331491, which encompasses other nonferrous metal rolling, drawing, and extruding—indicating a niche in value-added processing of specialty metals rather than bulk commodity production. Their market positioning is that of a high-precision materials supplier for applications where performance under stress, thermal cycling, or corrosive exposure is non-negotiable. The entity operates as a 2-level corporate structure from its base in Buffalo, New York, with no government certifications on record. Geographic presence is concentrated in the Northeast, with supply chain integration likely serving defense industrial base partners across the U.S. Their business model emphasizes technical customization and material science innovation over broad-scale contract volume.