COMPUTER FLOORS, INC.

Computer Floors, Inc. specializes in the design, installation, and support of raised computer flooring systems for mission-critical environments. Their technical expertise centers on precision-engineered tile and terrazzo flooring solutions, including the installation of TECCRETE II modular panels with high-pressure laminate surfaces and adjustable pedestals to achieve exact finished floor heights. The company delivers engineered floor systems that accommodate underfloor cabling, cooling, and power distribution, ensuring optimal airflow and accessibility for data center and command facility operations. Their work demonstrates deep familiarity with military-grade specifications for static dissipation, load-bearing capacity, and surface durability under heavy equipment loads. The contractor has delivered flooring systems for the Department of Defense, providing mission-critical infrastructure solutions tailored to secure, high-traffic technical spaces such as communications hubs, server rooms, and tactical operations centers. Their installations support the DoD’s need for scalable, reconfigurable flooring that integrates seamlessly with existing infrastructure while meeting stringent environmental and safety standards. The primary industry focus is on NAICS 238340 — Tile and Terrazzo Contractors — with a specialized niche in technical flooring for defense and government facilities. This places the company at the intersection of construction and IT infrastructure, serving clients requiring non-conductive, vibration-dampened, and modular floor systems that support advanced electronics and network hardware. Computer Floors, Inc. operates as a small, specialized contractor with no public certifications on record. Their geographic footprint is not disclosed, but their contract activity indicates a focused presence in federal defense installations. The company positions itself as a precision installer of engineered flooring systems, prioritizing technical accuracy, compliance with military specifications, and long-term system reliability over broad-scale construction services.