Our high-performance PVC/PU Lining Fire Hose is engineered for critical water discharge and transfer applications across firefighting, industrial, municipal, and agricultural sectors. Designed to handle high-pressure environments with ease, this layflat hose combines a robust polyester jacket with a premium PVC or PU inner lining, ensuring a leak-proof seal and exceptional structural integrity during emergency response operations.
Beyond its primary use in firefighting, this versatile hose is an ideal solution for large-scale irrigation, sprinkler systems, and general civil use such as pool filling and industrial drainage. Its lightweight, flexible design allows for rapid deployment, effortless transport, and quick installation, making it the preferred choice for professionals who require reliability and efficiency in demanding work environments.
| Inner Lining | Premium PVC / Polyurethane (PU) | Reinforcement | High-Tenacity Polyester Jacket |
|---|---|---|---|
| Working Pressure | 8 bar, 10 bar, 13 bar, 16 bar, 20 bar, 25 bar | Bursting Pressure | 20 - 80 Bar (Depending on specifications) |
| Available Sizes | 1" to 10" (25mm to 252mm ID) | Weight Range | 0.095 kg/m to 1.5 kg/m |
| Standard Length | 10m to 30m per roll | Core Application | Fire-fighting, Shipping, Mining, Agriculture |
| Key Resistance | Ozone, Oil, and Abrasion Resistance | Main Feature | Lightweight & High Flexibility |
Engineered to withstand significant water force, ensuring safety and stability during intense firefighting operations.
Built with superior abrasion and ozone resistance to endure harsh environments and minimize replacement costs.
Reduced weight allows firefighters and operators to deploy the hose quickly, reducing fatigue and response time.
The layflat design ensures easy rolling, compact storage, and seamless navigation around obstacles in the field.
Compatible with various connectors to adapt the hose for agriculture, industrial drainage, or emergency use.
Manufactured from recyclable materials, supporting sustainable industrial practices without sacrificing performance.
Efficient tracking of hose sizes and pressure ratings for streamlined stock management.
Rigorous pressure testing and burst-strength verification for every production batch.
Optimized logistics for fast delivery to firefighting and emergency response units.
Tailored lengths and connector types to meet specific regional or industrial requirements.
Professional packaging ensuring the hoses arrive without creases or lining damage.
Expert guidance on selecting the right PSI/Bar rating for your specific application.
| Comparison Factor | Standard Rubber Hose | PVC/PU Lining Hose |
|---|---|---|
| Deployment Speed | Slow (Heavy) | Fast (Lightweight) |
| Storage Space | Bulky | Compact (Layflat) |
| Durability/Wear | Moderate | High Abrasion Resistance |
| Installation Cost | High Labor | Low/Rapid Installation |
| Maintenance Cycle | Frequent | Long Service Life |
PVC lining offers excellent general-purpose water resistance and cost-efficiency, while PU (Polyurethane) lining typically provides superior flexibility, better oil resistance, and higher durability in extreme temperatures.
Evaluate your pump's maximum output. For standard civil use, 8-13 bar is often sufficient, while professional firefighting and industrial high-pressure systems may require 16-25 bar ratings.
While designed primarily for water, the PVC/PU lining provides good resistance to various substances. However, for concentrated hazardous chemicals, we recommend our specialized Rubber Chemical Hose line.
Yes, their lightweight nature and ease of transport make them perfect for agricultural irrigation, where they can be quickly laid across fields and rolled up after use.
Store the hose in a cool, dry place away from direct sunlight (UV exposure) and sharp objects. Ensure the hose is drained and dry before rolling to prevent mold growth in the lining.
Depending on the specific reinforcement and diameter, our hoses feature bursting pressures ranging from 20 to 80 Bar, providing a significant safety margin over the working pressure.