PVC Fire Hose
The PVC fire hose is a reinforced layflat discharge hose designed for firefighting, industrial dewatering, irrigation, and mining operations. It features a high-strength polyester filament yarn jacket and a smooth inner PVC lining, engineered to deliver reliable performance under demanding pressure, temperature, and terrain conditions.
With a working pressure range of 8–40 bar (0.8–4.0 MPa) and a burst pressure up to 120 bar (12.0 MPa), this hose supports medium- to high-pressure applications and maintains flexibility across a wide temperature range of -20°C to +60°C (-4°F to 140°F).
The hose complies with ISO 9001 (QMS), EN 694 Type A/B (industrial and fire hoses), and NFPA 1961 (U.S. fire hose construction standards), ensuring global acceptance in safety-critical and operational environments.
Available in inner diameters from ¾” (19 mm) to 16” (400 mm), standard lengths up to 30 meters, and multiple color options for enhanced visibility, the PVC fire hose is a versatile, cost-effective, and technically reliable solution for professional use.
The PVC fire hose is constructed using a dual-layer structure engineered for strength, longevity, and operational efficiency in fluid transfer systems. Its outer jacket is made from tightly woven polyester filament yarn, offering high tensile strength and resistance to abrasion, puncture, and ultraviolet degradation. This makes the hose suitable for harsh environments such as construction zones, open-field agricultural sites, and mining operations, where dragging and ground friction are common.
The inner lining is formed from flexible, smooth-wall polyvinyl chloride (PVC), selected for its low fluid resistance, corrosion resilience, and resistance to contamination from oils, chemicals, and suspended solids. This lining maintains internal flow consistency and prevents pressure loss across long runs, supporting both clean and sediment-bearing water transport.
Because of its layflat, collapsible design, the hose can be rapidly deployed and easily recoiled for storage or transport. It is lightweight enough to be handled by one or two personnel, even in extended diameters. This makes it highly efficient for emergency response teams, irrigation crews, and infrastructure maintenance contractors.
The hose is temperature-stable from -20°C to +60°C (-4°F to 140°F) and retains its flexibility even in sub-zero outdoor environments. It has been tested to exceed 3000 abrasion cycles (dry test, EN ISO 12947) and has passed ISO 1402 burst pressure tests at pressure levels up to 120 bar (12.0 MPa), confirming its durability under load.
Additionally, Poseidon’s fire hose series support a wide range of couplings including NH (NST), BS336, GOST, and Storz, ensuring compatibility with North American hydrant systems, European hose fittings, and quick-connect applications. Custom lengths, inner diameters, and high-visibility color coatings are available to meet jobsite-specific flow requirements, safety protocols, and hose routing strategies.
Double-Layer Reinforced Design: Woven polyester outer layer and smooth PVC liner combine for long-lasting mechanical and hydraulic performance.
High Pressure Tolerance: Engineered to handle up to 40 bar working and 120 bar burst, suitable for hydrant lines, pumps, and fire trucks.
Wide Temperature Range: Operational from -20°C to +60°C, maintaining elasticity in extreme cold or heat.
Rapid Deployment Capability: Layflat and collapsible design supports quick roll-out, easy recoiling, and minimal storage footprint.
Size & Color Versatility: Offered in sizes from ¾” to 16″, with bright color options for visibility and safety on job sites.
Cross-System Coupling Compatibility: Works with NH, BS336, GOST, and Storz for universal application across regions and industries.
Abrasion-Resistant Surface: Outer jacket tested to over 3000 abrasion cycles under EN standards, suitable for dragging across rough terrain.
Certified Manufacturing Quality: Verified under ISO 9001 QMS, with traceable batch testing and spec sheets available for each lot.
Firefighting
Supports municipal hydrants, rural suppression systems, and portable fire pumps
Compliant with NFPA 1961 requirements for construction, layflat handling, and pressure endurance
Agricultural Irrigation
Delivers efficient water transfer for pivot irrigation, greenhouse flood lines, and fertigation systems
Lightweight structure reduces strain during extended manual deployment
Industrial Water Discharge
Applied in construction drainage, dewatering pits, and wash-down lines in factories
Resistant to sediment-laden and mildly acidic or alkaline fluids
Underground & Mining Operations
Ideal for dust suppression, emergency flushing, and fire protection in mining galleries
Jacket construction resists tearing, puncture, and drag-induced wear in narrow spaces
| Parameter | Specification |
| Hose Type | Layflat, Collapsible, Reinforced PVC Fire Hose |
| Structure | Outer Layer: Polyester Filament Yarn; Inner Layer: Smooth Flexible PVC |
| Inner Diameter Range | 19 mm – 400 mm (¾” to 16”) |
| Working Pressure | 8–40 bar (0.8–4.0 MPa) |
| Burst Pressure | 24–120 bar (2.4–12.0 MPa) |
| Operating Temperature | -20°C to +60°C (-4°F to 140°F) |
| Available Lengths | 10–30 meters standard (custom available) |
| Color Options | Red, White, Blue, Yellow, Custom |
| Hose Weight | Approx. 0.18–2.5 kg/m (depending on diameter) |
| Abrasion Resistance | ≥3000 dry abrasion cycles (EN ISO 12947) |
| Coupling Compatibility | NH (NST), BS336, GOST, Storz |
| Packaging | Coiled in shrink wrap, packed in plastic woven bag or carton, palletized |
| Standards Compliance | ISO 9001, EN 694 Type A/B, NFPA 1961, ISO 1402 (burst), ISO 4671 (flexibility) |
| Certification | Description |
| ISO 9001:2015 | Quality Management System for manufacturing, testing, and traceability |
| EN 694 (Type A/B) | European compliance for fire and industrial layflat hose safety standards |
| NFPA 1961 | North American standard for fire hose design, construction, and testing |
| ISO 12947 | Verified dry abrasion resistance ≥3000 cycles |
| ISO 1402 | Burst pressure testing method; confirms durability at rated pressures |
| ISO 4671 | Hose flexibility under bending and coiling stress |
Full documentation—including burst test certificates, traceability reports, and coupling compatibility data—is available upon request for engineering submittals or AHJ review.