Our PVC Oxy Acetylene Twin Welding Hose is a high-performance industrial solution engineered for the rigorous demands of welding and cutting processes. Combining the durability of synthetic rubber with the flexibility of high-grade PVC, this twin-hose assembly is specifically designed to transport oxygen and fuel gases safely and efficiently, ensuring maximum stability even in the most challenging work environments.
Featuring a high-strength synthetic yarn braiding for superior stress resistance, the hose is built to withstand extreme pressures while remaining lightweight and easy to maneuver. With specialized color-coding—red for combustible gases like acetylene and propane, and blue for oxygen—it provides a critical safety layer for industrial operators, ensuring precise gas identification and operational security across various temperature ranges.
| Inner Tube | Black, smooth, synthetic rubber | Reinforcement | High strength synthetic yarn braiding |
|---|---|---|---|
| Outer Cover | Blue/Green/Red, smooth, synthetic rubber | Temperature Range | -40℃ (-104 ℉) to 80℃ (+176 ℉) |
| Composition | PVC and Synthetic Rubber | Working Pressure | 20 bar (At 23℃) |
| Burst Pressure | 60 bar | Compatibility | Oxygen, CO2, Nitrogen, Acetylene, Propane |
| Core Feature | Flame and Oil Resistance | Surface Finish | Anti-abrasion smooth cover |
Flame-resistant and oil-resistant properties minimize risks during high-temperature welding and cutting operations.
Built with an anti-abrasion cover and synthetic yarn braiding to resist wear in rough industrial environments.
Advanced ozone and weather-resistant cover ensures long-term stability and prevents cracking over time.
Lightweight design with minimal distortion, allowing for easy routing around complex workspaces.
Standardized color coding (Red/Blue) prevents gas cross-connection and enhances operational safety.
Suitable for a vast range of gases including Argon, Methane, Natural Gas, and Carbon Dioxide.
Real-time tracking of hose specifications and stock levels for seamless supply chain management.
Strict adherence to pressure testing and material purity standards for every batch produced.
Continuous evaluation of oil and flame resistance to meet international safety certifications.
Ensuring all PVC and rubber composites meet environmental and industry-specific regulations.
Specialized packaging to prevent kinking and deformation during global transit.
Tailored ID/OD dimensions and material adjustments based on specific client gas requirements.
| Feature | Standard PVC Hose | Our Twin Welding Hose |
|---|---|---|
| Service Life | Low (Prone to cracking) | High (Ozone/Weather Resistant) |
| Safety Rating | Basic | Advanced (Flame/Oil Resistant) |
| Flexibility | Stiff in Cold | Flexible down to -40°C |
| Maintenance | Frequent Replacement | Low Maintenance / Long-term Use |
| Operational Cost | Higher due to downtime | Lower through extreme durability |
The red line is specifically designed for combustible fuel gases such as acetylene, propane, and acrylic, while the blue line is dedicated to oxygen transport.
Yes, the hose is engineered to maintain its flexibility and structural integrity in temperatures ranging from -40°C to +80°C.
It is suitable for oxygen, carbon dioxide, nitrogen, argon, and various fuel gases including acetylene, methane, natural gas, and propane.
The high-strength synthetic yarn provides essential stress resistance, preventing the hose from bursting under high pressure and reducing deformation.
Yes, the cover is specifically formulated to be oil, flame, and ozone resistant, making it ideal for rough industrial environments.
The 1/4" I.D. hose has a working pressure (W.P.) of 20 bar at 23°C and a burst pressure (B.P.) of 60 bar.