ADVANCED POWER SOURCES LIMITED
ADVANCED POWER SOURCES LIMITED
Home > ACCESSORIES > ARC Welding Accessories > Hoses, Pipes & Tubes
Hoses, pipes, and tubes are essential components in various industrial, mechanical, and welding applications. Specifically, a well-chosen pipes tube system ensures efficient and safe transportation of gases, liquids, or air under varying pressures and environmental conditions. Whether you’re moving shielding gas for MIG/TIG welding or fluid in a production system, the right pipes tube delivers the durability and performance required. From flexible PVC to high-pressure TPR and reinforced rubber, each pipes tube type is engineered to meet unique demands. Choosing quality pipes tube products is critical to maintaining safety, operational efficiency, and long-term reliability.
| Product Description | ID (mm) | OD (mm) | Pressure | Item Code |
|---|---|---|---|---|
| PVC Tube 5mm (Red/Blue/Black) | 5 mm | 8 mm | 2.5 Bar | 30600617 |
| Welding Hose 8mm (Red/Blue) | 8 mm | 13 mm | 10 Bar | 35700240 |
| TPR Hose 8mm | 8 mm | 13 mm | 10 Bar | 30600634 |
| TPR Hose 10mm | 10 mm | 16 mm | 10 Bar | 30600287 |
| TPR Hose 12mm | 12 mm | 18 mm | 12.5 Bar | 30600331 |
Pipes Tube systems are the backbone of countless industrial operations—from fluid transfer in manufacturing to gas supply in welding environments. Choosing the right pipes tube not only ensures safety but also maximizes efficiency and equipment lifespan.
A pipes tube is a conduit designed to transport gases, liquids, or air in both low- and high-pressure applications. They come in various materials such as PVC, TPR (Thermoplastic Rubber), rubber, or metal, depending on the intended use. In welding operations, they are crucial for delivering shielding gases like Argon or CO₂ to the torch.
From automotive workshops and fabrication plants to chemical processing and HVAC systems, pipes tube products are used everywhere:
Welding gas delivery (O₂, Acetylene, Argon, CO₂)
Liquid and fluid handling in industrial processes
Pneumatic air systems in automation
Coolant circulation in machinery
Each application requires specific features like pressure resistance, flexibility, and chemical compatibility.
When selecting a pipes tube, consider these key parameters:
Inner and Outer Diameter (ID/OD): To ensure correct fitment
Working Pressure: Measured in Bar or PSI, must suit the gas or fluid type
Material Type: PVC, rubber, TPR, or metal, based on chemical resistance and flexibility
Temperature Range: Ensure material won’t degrade or crack under working conditions
Using an underspecified pipes tube can lead to failure, leaks, or safety hazards.
Investing in high-quality pipes tube components ensures long-term performance, safety, and regulatory compliance. Whether you’re setting up a welding system or upgrading industrial lines, the right pipes tube makes all the difference.
For a technical overview of pipe and tube systems, visit the Wikipedia article on Piping.
Hoses, tubes, and pipes serve as conduits for transporting various media, including:
Gases (e.g., oxygen, argon, acetylene, CO₂)
Liquids (e.g., water, oil, chemicals)
Air (used in pneumatic systems)
Though “pipe” and “tube” are often used interchangeably, they can differ in measurement standards: pipes are usually measured by internal diameter, while tubes are defined by outside diameter and wall thickness. Hoses are typically flexible and used for mobile or temporary connections.
Choosing the correct material ensures system safety and performance. Here are some commonly used types:
PVC (Polyvinyl Chloride)
Lightweight, corrosion-resistant, and cost-effective. Ideal for low-pressure air and water flow.
TPR (Thermoplastic Rubber)
Flexible with good abrasion resistance. Used for gas supply and pneumatic systems.
Rubber Hoses
Typically color-coded for gas applications, especially in welding. Known for flexibility and durability.
Metal Tubing (Steel or Copper)
Used in permanent setups where strength and fire resistance are required.
When selecting a hose, pipe, or tube, consider these key factors:
Working Pressure — ensure it can handle your system’s demands
Temperature Range — to prevent cracking, softening, or bursts
Diameter (ID/OD) — affects flow rate and system compatibility
Chemical Compatibility — especially for corrosive fluids or specialty gases
Flexibility & Bend Radius — essential for mobile or tight installations
The wrong choice can lead to operational inefficiencies or even safety risks.
These components are used in a wide variety of applications:
Welding & Cutting: For transporting shielding gases or fuel gases
Automation Systems: Supplying compressed air to pneumatic tools
HVAC Lines: Carrying coolant or refrigerants in heating and cooling systems
Chemical Plants: Transporting reactive or corrosive fluids safely
Food & Beverage Processing: With sanitary-grade tubing in clean environments
Each application has unique requirements that influence material and sizing decisions.
Inspect regularly for cracks, brittleness, or leakage
Route properly to avoid sharp bends or pinch points
Replace components periodically, especially in high-wear environments
Use correct connectors and clamps to prevent leaks or bursts
Clearly label hoses for media identification and safety compliance
For a broader understanding of industrial piping systems and standards, visit the Wikipedia article on Piping.
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