High-Performance Reinforced Clear PVC Tech Hose (25mm ID / 32mm OD / 3.5mm Wall)
Our high-performance reinforced Clear PVC Tech Hose is engineered for demanding applications where durability, clarity, and consistent performance are paramount. With a 25mm internal diameter and a robust 3.5mm wall thickness (resulting in a 32mm external diameter), this hose is built to deliver superior strength and flexibility for a wide range of industrial uses.
Constructed using a 4-layer design that incorporates triple polyester yarn and a sturdy cotton braid, it offers exceptional abrasion resistance while its transparent walls enable effortless visual inspection of the conveyed fluids. This design feature ensures that any potential contamination is quickly detected, maintaining optimal fluid quality.
Rated for a working pressure of 8 bar (≈116 psi) and a bursting pressure of 24 bar (≈348 psi), this hose is ideal for transporting food-grade liquids, oils, chemicals, and acids. It performs reliably in challenging environments and operates effectively across a temperature range from -20°C to +60°C.
😊 High-Pressure Reliability: Safely maintains a working pressure of 8 bar (≈116 psi) and withstands bursting pressures up to 24 bar (≈348 psi), ensuring system integrity even under high-demand conditions.
💪 Robust Construction: The 4-layer design featuring triple polyester yarn and cotton braid provides enhanced durability and resistance against environmental wear and tear.
👀 Effortless Visual Monitoring: Clear, transparent walls allow for continuous inspection of fluid quality, enabling prompt detection of any contaminants.
🌡️ Wide Temperature Range: Engineered to perform reliably from -20°C to +60°C, adapting to a variety of operational environments.
🍽️ Chemical & Food-Grade Safety: Ideal for the safe transport of food-grade liquids, oils, and chemicals, meeting stringent European standards for safety and hygiene.
🔧 Superior Durability: Exceptional abrasion resistance and structural integrity make this hose a dependable choice for even the most demanding industrial applications.
