Rollepaal helps pipe producers manufacture PVC pipes for irrigation, agricultural water distribution and drainage using PVC-O, Solid Wall and Multi-Layer extrusion technology.
PVC pipes for irrigation and agricultural water management
Agricultural pipe systems serve different purposes, from pressurized irrigation and water distribution to non-pressure drainage.
Pressure irrigation pipes must reliably transport water over distance while maintaining consistent pressure performance and flow. Drainage pipes face different requirements, with stiffness and resistance to external soil loads becoming more important.
Rollepaal supports these applications with PVC-O and Solid Wall technology for pressure pipes, and Solid Wall and Multi-Layer technology for non-pressure agricultural pipes.
Choose the right production technology
Agricultural applications can require very different pipe structures. The right technology depends on pressure requirements, pipe dimensions, material strategy, and end use.
Pressurized agricultural systems require pipe designs that can withstand internal pressure while maintaining efficient flow and reliable long-term performance.
PVC-U, M-PVC, and PVC-O can all be used for pressure applications. PVC-O offers additional material efficiency because biaxial orientation improves the material's mechanical performance.
Non-Pressure Applications
Agricultural drainage
Drainage pipes are primarily exposed to external soil loads rather than internal pressure. Ring stiffness and pipe-wall structure therefore become key design considerations.
Solid-wall and Multi-Layer PVC offer different production routes, with Multi-Layer structures providing opportunities to optimize material use in the pipe wall.
What determines efficient agricultural pipe production?
Efficient pipe production starts with the right pipe design and depends on stable control of material, dimensions, and production output.
Match pipe design to the application
Pressure irrigation and non-pressure drainage impose different mechanical loads and therefore require different pipe designs and production strategies.
Minimize material per meter
Stable extrusion, accurate material feeding, and controlled wall thickness help reduce unnecessary overweight while keeping the pipe within specification.
Maintain consistent output
Reliable process control helps keep dimensions, pipe weight, and production conditions stable throughout long production runs.
"People like the smooth interior and 10% larger ID, which provides more flow and decreases pumping costs."
Keith Moggach Specification Engineering, Westlake Pipe & Fittings
Common questions about PVC pipe production for agriculture
Pressure irrigation and water-distribution pipes can be produced using Solid Wall PVC-U, M-PVC or PVC-O technology. Non-pressure drainage pipes can be produced using Solid Wall or Multi-Layer PVC, depending on the required pipe structure and material strategy.
PVC-O is particularly relevant for pressurized irrigation and water-distribution systems. Biaxial orientation improves PVC's mechanical performance, allowing pressure pipes to meet required performance with thinner walls and more efficient use of raw material.
Yes. Multi-layer technology suits non-pressure applications where pipe stiffness and efficient material use matter. Recycled or foamed PVC can be incorporated into the core, while the inner and outer layers provide the required surface properties.
Which technology fits your agricultural pipe production?
Our process specialists can help evaluate the right extrusion technology based on your application, pipe dimensions, pressure or stiffness requirements, material strategy, and production objectives.
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