The PVC Steel Wire Fiber Composite Hose is a high-performance industrial fluid transfer solution engineered for maximum versatility and durability. By integrating a rigid steel wire helix with high-grade Polyvinyl Chloride (PVC) and reinforced synthetic fibers, this composite hose provides an optimal balance of structural strength and operational flexibility, making it ideal for handling a diverse range of liquids, gases, and abrasive materials.
Designed to perform in the most demanding environments—from bustling construction sites and chemical processing plants to heavy-duty mining operations—this hose ensures efficient and safe transport. Its multi-layered construction features a smooth PVC inner bore to minimize flow resistance and a strategic reinforcement layer of polyester or nylon fibers, ensuring the hose remains robust under pressure while resisting external wear and tear.
| Tube & Cover Material | Premium PVC (Polyvinyl Chloride) | Reinforcement Type | Steel Wire Spiral & Fiber Braiding |
|---|---|---|---|
| Temperature Range | -29℃ (-20 ℉) to 80℃ (+176 ℉) | Inner Diameter (ID) | 16mm to 102mm (5/8" to 4") |
| Working Pressure | 5 Bar to 12 Bar (depending on size) | Burst Pressure | 15 Bar to 36 Bar (depending on size) |
| Chemical Resistance | Acid-proof and Alkali-proof | Environmental Protection | Anti-UV and Weather Resistant |
| Special Options | Food Grade & Anti-static available | Primary Application | Water supply, draining, and pneumatic air |
The steel wire helix and fiber braiding provide exceptional abrasion resistance and structural integrity against high pressure.
Engineered with Anti-UV and weather-resistant PVC to prevent degradation, ensuring long-term reliability in outdoor settings.
Combines elasticity and portability, allowing for easy installation and maneuverability in tight industrial spaces.
Excellent resistance to acids and alkalis, making it safe for a wide variety of industrial fluid transfer applications.
The smooth inner PVC tube reduces friction and flow resistance, maximizing the efficiency of fluid transport.
Customizable options including food-grade materials and anti-static properties to meet specific industry standards.
Real-time tracking of hose dimensions and specifications to ensure rapid order fulfillment.
Rigorous pressure testing and material validation for every batch of PVC composite hoses.
Tailored production for food-grade, anti-static, or specific length requirements.
Global shipping infrastructure optimized for heavy industrial rubber and plastic products.
Expert guidance on selecting the right ID/OD for specific working pressure conditions.
Maintaining strict adherence to international industrial hose safety and material standards.
| Feature Metric | Standard PVC Hose | Steel Wire Composite Hose |
|---|---|---|
| Pressure Resistance | Low to Medium | High (Up to 12 Bar) |
| Durability (Lifespan) | Standard | Extended (Steel-Reinforced) |
| Crush Resistance | Prone to Collapse | Anti-collapse Helix Design |
| Chemical Resilience | Basic | High (Acid/Alkali Proof) |
| Maintenance Cost | Frequent Replacement | Low Long-term Cost |
Unlike standard PVC hoses, this composite version integrates a steel wire spiral and synthetic fiber braiding, providing significantly higher pressure resistance, preventing collapse during suction, and increasing overall mechanical strength.
Yes, our PVC steel wire fiber composite hoses can be manufactured to food-grade specifications upon request to ensure safety and compliance with food transport regulations.
The hose is designed to operate effectively in temperatures ranging from -29℃ (-20 ℉) up to 80℃ (+176 ℉).
Absolutely. The outer PVC cover is specially formulated to be anti-UV and weather-resistant, making it suitable for long-term outdoor use on construction sites and farms.
It is widely used in agricultural irrigation, factory equipment water supply/drainage, pneumatic machine air systems, chemical plants, and heavy machinery construction sites.
Yes, anti-static options are available to prevent the buildup of static electricity, which is critical for safety in certain chemical or pneumatic environments.