DANFOSS POWER SOLUTIONS II, LLC

DANFOSS POWER SOLUTIONS II, LLC specializes in the design and manufacture of high-performance nonmetallic hoses and fabricated pipe fittings for mission-critical defense applications. Their core expertise lies in producing durable, pressure-rated rubber and plastic hose assemblies engineered to withstand extreme environmental conditions, including vibration, thermal cycling, and chemical exposure. These components are essential for hydraulic, fuel, and fluid transfer systems in military vehicles, aircraft, and naval platforms. The contractor also delivers precision-engineered coupling halves and pipe fittings that ensure leak-proof, rapid-connect functionality in field-deployed systems. Their technical proficiency includes material selection for compliance with military specifications, tight-tolerance molding, and quality assurance processes aligned with defense industry standards. The company maintains a consistent relationship with the Department of Defense, supplying mission-essential fluid handling components across multiple branches. Their work supports ground vehicle systems, maritime platforms, and expeditionary equipment where reliability under operational stress is paramount. The recurring nature of these awards indicates a trusted supplier relationship built on consistent delivery of compliant, ruggedized components. The primary focus is on NAICS 326220, reflecting deep specialization in nonmetallic hose and belting manufacturing, with supplementary capability in fabricated pipe and fitting production under NAICS 332996. This positions them as a niche provider within the defense supply chain for fluid system components requiring high durability and precision. As a 2L entity headquartered in Eden Prairie, Minnesota, DANFOSS POWER SOLUTIONS II, LLC operates as a mid-tier manufacturer without federal certifications. Their geographic presence and technical focus align them with defense contractors requiring localized, high-quality production of specialized fluid system components for U.S. military applications.