3″ By 30M Canvas Delivery Pipe

3″ x 30M K-Max Canvas Delivery Pipe:  ���� Feature Specification Nominal Diameter 3 inches (75 mm) ⭕ Standard Length 30 meters �� Construction Woven polyester jacket (outer) PVC/rubber lining (inner) �� Design Type Lay-flat (collapsible for compact storage) �� Flexibility High; easy to deploy and roll up �� Resistance UV, weather, and abrasion-resistant ☀️ Pressure Rating Typically 8 – 16 Bar (Check batch) ⚡ Application High-volume water discharge & irrigation �� Maintenance ��✨ Drainage: Drain all water completely before storage to prevent weight gain and inner material degradation. �� Cleaning: Rinse off mud and debris after field use to keep the woven fibers clean. �� Drying: Always air-dry in a shaded, ventilated area before rolling up to avoid mildew. ��️ Inspection: Routinely check for pinhole leaks or abrasions, especially if used on rocky terrain. �� Dos and Don’ts ✅❌ DO use 3-inch specific couplings (e.g., camlock or claw) for a secure, leak-free connection. �� DO unroll the full length before starting the pump to ensure proper pressure distribution. �� DO use protective padding if the pipe must cross sharp gravel or concrete edges. ��️ DON’T use for suction; this hose is strictly for discharge (delivery) and will collapse under vacuum. �� DON’T exceed the rated pressure, as this can cause the pipe to burst. �� DON’T drive vehicles over the pipe while it is pressurized unless protected by a ramp. �� Questions & Answers ❓ Q: Is this the same as a 2-inch pipe? �� A: No, this is a 3-inch pipe. It has a much larger diameter, allowing for significantly higher water volume (flow rate) per minute! �� Q: Can I shorten this pipe? ✂️ A: Yes, you can cut it to size, but you will need to re-attach a new 3-inch coupling to the cut end. ��️ Q: Why is it called “Canvas”? �� A: It is a traditional industry term due to the woven texture. The inner PVC/rubber lining is what actually keeps it waterproof and pressurized. ��️ Are you connecting this to a 3-inch water pump, or do you need help finding the right size couplings?