Viral 2-1/2" Npsh Female X 5" Npsh Female Aluminum Fire Adapter 45% Off - Today Only [VhZ7aPLI]

High-Quality Fire Adapter for Versatile Connections

This Viral 2-1/2" Npsh Female X 5" Npsh Female Aluminum Fire Adapter 45% Off - Today Only [VhZ7aPLI] is a premium solution designed for various industrial and municipal applications. Crafted from hard-coated anodized aluminum, it boasts exceptional strength, corrosion resistance, and lightweight design, making it a robust and efficient choice for fire hose systems and beyond. With its double female swivel fitting, this adapter ensures secure and reliable connections for a wide range of equipment, including fire hoses, water pumps, and marine vessels.

Specifications and Technical Details

This adapter is engineered to meet the highest industry standards. It features a 2-1/2" NPSH Female thread on one side and a 5" NPSH Female thread on the other, allowing seamless integration with different piping systems. The maximum working pressure is 300PSI, while the test pressure reaches an impressive 1000PSI. Constructed from T-6061 Aluminum, it is as durable as it is versatile, and its anodized finishing ensures longevity and resistance to wear and tear. The adapter adheres to NFPA, Military, Industrial, and USDA standards, ensuring compliance with rigorous safety and quality requirements.

Applications and Benefits for a Diverse Range of Users

From fire departments to industrial facilities, this adapter is a versatile tool that meets the demands of diverse industries. Its universal compatibility with various threads and connections makes it an indispensable component in fire hoses, PVC pipe systems, and residential piping networks. Its lightweight design and corrosion resistance make it easy to transport and maintain, while its durable construction guarantees long-term performance. Whether you are a professional in the fire industry, an industrial plant manager, or a home owner, this aluminum fire adapter is the ideal choice for all your connection needs, ensuring peace of mind and optimal system performance.