EZEKIEL BAHAR

Ezekiel Bahar specializes in the precise manufacturing of advanced chemical compounds for defense and industrial applications, with deep expertise in high-purity inorganic and organic chemical synthesis. The contractor delivers mission-critical materials including hydroxyl-terminated polybutadiene (HTPB) for solid propellants, lead styphnate as a primary explosive initiator, and specialized aluminum oxide powders used in pyrotechnic and munitions systems. Their technical proficiency spans precision formulation, controlled reaction environments, and stringent quality control protocols required for military-grade chemical production. This focus on niche, high-performance substances—particularly those critical to rocket motor binders and explosive train components—positions them as a specialized supplier within the defense chemical supply chain, where consistency, purity, and regulatory compliance are non-negotiable. The contractor maintains a consistent and exclusive relationship with the Department of Defense, supplying chemically complex materials that support propulsion, detonation, and ordnance systems. Their work directly enables the production of missile components, munitions, and advanced propulsion formulations, indicating a trusted role in the defense industrial base for sensitive chemical inputs. Industry focus centers on NAICS 325180 (other basic inorganic chemical manufacturing) and 325920 (explosives manufacturing), reflecting a narrow but critical niche in defense-oriented chemical production. They operate at the intersection of materials science and ordnance engineering, serving a market that demands exacting specifications for reactive compounds used in high-energy systems. Ezekiel Bahar is structured as a small business (2J) with no federal certifications on record, operating from West Hills, California. Their market positioning is that of a highly specialized, non-certified supplier with proven capability in delivering technically demanding chemical products to defense customers under stringent performance requirements.