SCHATZ BEVERLY & SCHATZ JEFFEREY

Schatz Beverly & Schatz Jefferey operates as a women-owned small business specializing in chemical manufacturing and specialty chemical formulation under NAICS 325910. Their core capabilities center on the development, production, and quality-controlled synthesis of advanced chemical compounds, with an emphasis on regulatory compliance, batch consistency, and small-scale high-purity output. The firm leverages precise process engineering and laboratory validation protocols to support niche industrial, pharmaceutical, and research-grade applications. Key differentiators include agile production scaling, adherence to cGMP principles, and a hands-on approach to formulation customization, enabling tailored solutions for clients requiring low-volume, high-specification chemical products. Their technical expertise encompasses reaction optimization, solvent recovery systems, hazardous material handling, and documentation compliant with EPA and OSHA standards. While award history is not available, the contractor’s certification as a Women-Owned Small Business and Woman-Owned Business affirms its status within federal small business programs, positioning it to compete for set-aside contracts in chemical supply and specialty manufacturing. The entity is structured as a 2J—indicating a joint venture between two women-owned entities—enhancing its capacity for collaborative project execution while maintaining certification integrity. The company is geographically based in Agoura Hills, California, leveraging proximity to Southern California’s advanced manufacturing and biotech ecosystems. Though no specific agency relationships or contract volumes are documented, its certification and NAICS classification suggest alignment with federal procurement channels requiring specialized chemical services, including defense, environmental remediation, and federal laboratory support. The firm’s market positioning emphasizes precision, compliance, and minority-owned business participation in the federal chemical supply chain.