LESLIE CONTROLS, INC.

Leslie Controls, Inc. specializes in the precision manufacturing of industrial valves, fluid power components, and critical sealing systems for defense and aerospace applications. Their technical expertise spans the design and production of high-integrity metal valves, spring assemblies, gaskets, and bolted fastening systems engineered to withstand extreme pressure, temperature, and corrosive environments. The company demonstrates deep proficiency in ASME B16.34, API 6D, and MIL-SPEC standards, delivering mission-critical components used in naval propulsion systems, aircraft hydraulic circuits, and land-based military vehicle platforms. Their specialization in nonferrous forging and spring manufacturing further enables end-to-end production of complex, high-reliability fluid control subsystems, reducing supply chain dependencies for defense integrators. The contractor maintains a consistent, long-standing relationship with the Department of Defense, particularly through DLA Land and Maritime, supplying engineered components for ground vehicle maintenance, shipboard systems, and logistics support infrastructure. Their work supports sustainment, repair, and overhaul programs requiring exacting dimensional tolerances and material traceability, indicating a trusted role in the defense industrial base for hard-to-source, legacy, and mission-essential parts. Industry focus centers on industrial valve manufacturing (NAICS 332911), with complementary capabilities in sealing devices (339991), fluid power fittings (332912), and spring manufacturing (332613). This positions Leslie Controls as a niche supplier of integrated fluid system components, serving defense, marine, and heavy equipment markets where reliability under operational stress is non-negotiable. As a small business structured as a 2L entity based in Tampa, Florida, Leslie Controls operates without federal certifications but maintains a focused, defense-oriented footprint. Their geographic location supports rapid response to DoD logistics hubs in the Southeast, reinforcing their role as a dependable source for mission-critical mechanical components.