Large-field irrigation hose
PVC and TPU layflat hose rated for continuous pump discharge in center-pivot, flood, and surface irrigation. UV-stabilized covers withstand full-season sun exposure. Sizes 2–8 inches, working pressures up to 200 PSI.
Best for: farms 20–500 hectares, continuous-duty diesel/electric pumps
PVC layflat irrigation hose
Our PVC layflat hose is the standard for surface irrigation worldwide. It rolls flat for compact storage, expands to full bore under pressure, and handles the day-to-day demands of field irrigation without compromise.
The tube is smooth-bore for minimal friction loss, while the UV-stabilized PVC cover resists cracking after months of direct sunlight. It couples to standard camlock and quick-connect fittings for rapid deployment and retrieval between fields.
Best for: rough terrain, high-abrasion conditions, extreme climates
TPU layflat irrigation hose
For operations where standard PVC reaches its limits, TPU (thermoplastic polyurethane) layflat delivers dramatically longer service life. It offers 3–5x better abrasion resistance, stays flexible in sub-zero temperatures, and handles higher working pressures.
TPU is the right choice for stony fields, frequent dragging across rough ground, and operations that need one hose to last multiple seasons. The initial investment is higher, but the cost-per-hectare over the hose life is often lower.
Related agriculture applications
Challenges solved by correct irrigation hose selection
Hose bursts during peak irrigation
A hose that blows out mid-season costs more than replacement — it costs yield. We rate every hose with a 4:1 safety factor above the marked working pressure so your irrigation schedule stays on track.
Stiff hose in cold-weather irrigation
Standard PVC becomes rigid below 5°C, making deployment difficult and increasing kink risk. TPU layflat stays flexible down to -30°C, while our cold-grade PVC compound remains workable to -10°C.
Pressure loss over long runs
Friction loss in undersized hose reduces end-of-line pressure and uniformity of coverage. We help calculate the correct ID based on your flow rate, pump pressure, and total hose length — often saving farms from buying a bigger pump.
Case study: Wheat farm flood irrigation, Australia
How upgrading to UV-stabilized layflat eliminated mid-season hose failures.
Situation: A 2,000-hectare wheat farm in New South Wales using standard PVC layflat for flood irrigation from bore pumps. Hoses were failing after 4–5 months of seasonal use, with cracks developing along fold lines and at coupling points.
Solution: Switched to UV-stabilized agricultural-grade PVC layflat with reinforced coupling ends and double-layer construction at stress points.
Outcome: Hose service life extended to 14 months (nearly 3 seasons). Unplanned irrigation downtime eliminated. Annual hose replacement cost reduced 60%.
Large-field irrigation hose FAQ
Working pressure depends on pump output, hose length, and elevation change. For typical center-pivot systems, 60–120 PSI (4–8 bar) is sufficient. For long-distance transfer over 500 meters, we recommend 150+ PSI (10 bar) rated layflat to account for friction loss.
Yes, our agricultural-grade PVC layflat is rated for continuous duty pump discharge. We recommend a 4:1 safety factor above your maximum operating pressure for continuous-run applications.
PVC layflat is more economical and suitable for most irrigation applications, with good UV resistance and flexibility. TPU layflat offers superior abrasion resistance, better low-temperature flexibility, and longer service life in demanding conditions — at a higher price point.
Need irrigation hose for your farm?
Tell us your pump spec and field size. We'll recommend the right ID, working pressure, and material with FOB pricing.