Raritan 100ft 1in Sani\Flex Sanitation Hose

The Raritan 100ft 1in Sani/Flex Sanitation Hose is a purpose-built fluid transfer solution engineered for mobile sanitation operations across military, law enforcement, and expedition support roles. In the field, reliable waste containment and transfer logistics are mission-critical—whether you're managing temporary forward operating base facilities, mobile command centers, or remote deployment camps. This hose assembly addresses the practical demand for durable, collapsible sanitation infrastructure that performs in austere environments without compromising hygiene protocols or operational readiness.

Manufactured by Raritan Engineering (SFH150), this sanitation hose features a 1-inch nominal bore diameter optimized for medium-flow applications while maintaining structural integrity under operational demands. The Sani/Flex construction uses reinforced, flexible tubing that resists kinking and collapse during deployment and storage—critical for rapid setup and teardown cycles. At 100 feet in length, the hose provides sufficient reach for realistic tank-to-waste-management point distances without requiring intermediate coupling assemblies. The 43-pound weight reflects durable wall thickness and materials selected to withstand field handling, temperature cycling, and chemical exposure typical in remote or austere operational settings.

This hose integrates directly with Raritan holding tank systems and portable sanitation equipment used in military logistics, disaster response, and expeditionary medical support. Operators and logistics personnel managing field sanitation will appreciate the balance between portability and operational range—the extended length eliminates frequent repositioning while the collapsible design simplifies transport and storage in vehicle-mounted or containerized configurations. For units operating extended field operations or managing multiple dispersed personnel, the Raritan 100ft 1in Sani/Flex Sanitation Hose delivers the operational flexibility and durability required for sustained deployment without resupply constraints.