Applications
General Applications
- Designed for low pressure/high volume nozzles
- Available as 1 3/4" attack line and 2 1/2" master flow line
Construction
Construction
Composed of an outer jacket woven from 100% high tenacity synthetic yarn and an inner liner consisting of a one-piece extruded through-the-weave nylon reinforced NBR rubber tube.
Service Temperature Range
Burn-Through Resistance | Boasts outstanding burn through resistance, being capable of withstanding a surface temperature in excess of +1100ºF (+593ºC) for a minimum of one minute (As per BS 6391, heat resistance test.), at a static pressure of 100 psi, without damage or rupture to the synthetic reinforcement. |
Service Temperature | 593 ºC1100 ºF |
Cold Resistance | -40 ºF-40 ºC |
Packaging
Packaging
Available in 25', 50', and 100' lengths.
Features and Advantage
Features and Advantages
- Outstanding kink resistance.
- Resists burn-through for a full minute. (As per BS 6391, heat resistance test.)
- Perfect fit of outer jacket and inner tube.
- High tenacity polyester/polyamide outer jacket.
- Oversized inner jacket for increased water flow.
- Lower friction loss than other double jacket hoses.
- Exceptional heat and cut resistance.
- Burst Resistance - Will not burst catastrophically even with a puncture through both the outer jacket and liner.
- Meets or exceeds National Fire Protection Association (NFPA) 1961 Standard on Fire Hose (current edition).
- ISO 9001 - ARMTEX® HP™ fire hose products are manufactured in a registered facility in Barcelona, Spain.
- 10-year warranty.
Nominal Specifications
Size | 1 3/4, & 2 1/2 in |
Color | Blue, Green, Orange, Red, Yellow |
Coupling Size | 1 1/2, & 2 1/2 in |
Coupling Type | NST, NST Liberator, NPSH, NPSH Liberator |
Service Test | 580 psi |
Proof Test | 1160 psi |
Burst Test | 1740 psi |
Available Lengths | 25, 50, & 100 ft |
Weight Uncoupled | 0.40 lbs/ft |
Specifications
Brand | Armtex® |
Type | Fire Hose |
Material | Nylon Reinforced NBR Rubber Tube |
Warranty | 10 y |
Industry Standards | Meets or exceeds National Fire Protection Association (NFPA) 1961, International Organization for Standardization (ISO) 9001 |