Fire Hose, Extruded Through-the-Weave, 4 in Hose Inside Dia., Reinforced Extruded Rubber Hose Tube MPN:50H4RR-50
Fire Hose, Extruded Through-the-Weave, 4 in Hose Inside Dia., Reinforced Extruded Rubber Hose Tube
This 50-foot fire hose is designed for demanding applications, featuring a reinforced extruded rubber hose tube and a co-extrusion woven jacket for added strength and durability. The through-the-weave construction provides a seamless hose that resists damage and wear. With a maximum working pressure of 250 psi at 70F, this hose is suitable for a range of fire suppression and industrial applications. Its compact size and lightweight design make it easy to maneuver and store, while its bright red color ensures visibility in emergency situations. Ideal for fire departments, industrial facilities, and emergency response teams.
Top product features:
- Extruded through-the-weave construction provides a strong and durable hose tube.
- Reinforced extruded rubber hose tube offers improved resistance to heat and pressure.
- Co-extrusion woven jacket material provides flexibility and resistance to abrasion.
Top product applications:
- Fire extinguishing in industrial settings
- Firefighting in rural areas
- Water supply for construction sites
Fire Hose, Coupling Lug Style Uncoupled, Fire Hose Type Extruded Through-the-Weave, Fitting Material Not Applicable, Fitting Type Not Applicable, Hose Color Red, Hose Fitting A Material Not Applicable, Hose Fitting A Type Not Applicable, Hose Fitting B Material Not Applicable, Hose Fitting B Type Not Applicable, Hose Inside Diameter 4 in, Hose Length 50 ft, Hose Tube Material Reinforced Extruded Rubber, Jacket Material Co-Extrusion Woven, Maximum Working Pressure at 70F 250 psi
Additional Information
- Country of Origin: ES
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 5 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 24.00
- Package Width: 6.00
- Package Height: 24.50
- Package Weight: 50.00
Product info last updated on February 26, 2026 8:59am UTC
Category: Facility and Worksite Safety