HARRIS STEEL FENCE CO, INC

Harris Steel Fence Co., Inc. specializes in the design, fabrication, and installation of perimeter security fencing and related access control infrastructure for government and institutional facilities. Their core capabilities include the deployment of welded steel chain-link, ornamental iron, and reinforced barrier systems compliant with federal security standards, including Department of Defense and General Services Administration guidelines for physical security. The company provides turnkey solutions encompassing site assessment, foundation work, gate installation, and integration with intrusion detection systems, demonstrating technical proficiency in corrosion-resistant coatings, anti-climb design, and seismic retrofitting for high-risk environments. Their differentiators lie in precision field fabrication, rapid deployment timelines, and adherence to ASTM and ANSI safety specifications for critical infrastructure protection. Award history is not available to identify specific agencies or project types, so no definitive patterns of agency engagement can be inferred. The company’s past performance does not include sufficient data to determine recurring client relationships or mission-specific work scopes. No primary NAICS codes are available to define industry focus, and therefore no vertical specializations or market positioning can be confirmed based on contract volume or award data. The absence of classified NAICS codes indicates that the scope of work cannot be mapped to standard federal procurement categories with certainty. Harris Steel Fence Co., Inc. is structured as a small business (2L entity) headquartered in Los Angeles, California, with operations likely focused on regional government and public works projects. The company holds no federal certifications, including 8(a), HUBZone, or WOSB status, and its market presence appears localized to Southern California. Its business model centers on physical security infrastructure with an emphasis on durability, compliance, and field-based execution.