Fire Hose, Double Jacket, 100 ft. Length, 5 in Hose Inside Dia., Polyurethane Hose Tube, Red MPN:G51H5LNR100N
Fire Hose, Double Jacket, 100 ft. Length, 5 in Hose Inside Dia., Polyurethane Hose Tube, Red
This high-quality fire hose is designed for demanding applications, featuring a durable double jacket construction and a 5-inch inside diameter. The polyurethane hose tube provides excellent resistance to chemicals and abrasion, while the polyester jacket offers added durability. With a maximum working pressure of 300 psi and a burst pressure of 900 psi, this hose can handle the toughest firefighting situations. Suitable for use in NFPA 1961 and 1963 compliant systems, it's ideal for fire departments, industrial facilities, and emergency response teams. Its 100-foot length and coupling lug style Storz fittings make it easy to connect and maneuver.
Top product features:
- Double jacket design for added durability and protection
- Polyurethane hose tube for resistance to heat, chemicals, and abrasion
- Storz coupling lug style fittings for secure and reliable connections
Top product applications:
- Fire protection for commercial and industrial facilities
- Firefighting and rescue operations
- Industrial cleaning and washing applications
Fire Hose, Coupling Lug Style Storz, Fire Hose Type Double Jacket, Fitting Material Aluminum x Aluminum, Fitting Type Storz x Storz, Hose Color Red, Hose Fitting A Material Aluminum, Hose Fitting A Type Storz, Hose Fitting B Material Aluminum, Hose Fitting B Type Storz, Hose Inside Diameter 5 in, Hose Length 100 ft, Hose Tube Material Polyurethane, Jacket Material Polyester, Maximum Working Pressure at 70F 300 psi, Standards NFPA 1961, NFPA 1963, Burst Pressure 900 psi
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 35 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 30.50
- Package Width: 10.00
- Package Height: 29.50
- Package Weight: 105.00
Product info last updated on February 10, 2026 2:30am UTC
Category: Facility and Worksite Safety