Flat hoses - PVC and rubber layflat hose for irrigation and industrial use

Flat hoses are a practical choice for irrigation, construction and industrial water discharge, combining flexible handling with reliable performance. PVC and rubber layflat hoses are lightweight, easy to deploy and simple to store, making them suitable for both permanent and temporary installations.

Flat PVC layflat hoses for irrigation and pumps

Flat PVC layflat hoses are commonly used in agricultural irrigation and pump systems. Their flexible PVC construction supports straightforward hose routing along fields, embankments and around equipment. When not in use, the hose can be flattened and rolled, saving storage space and simplifying transport between locations.

These hoses are available in multiple diameters, which helps you match hose capacity with pump flow rates and irrigation layouts. Different pressure classes support a range of working conditions, from low-pressure distribution to more demanding pump discharge tasks. The smooth internal surface is designed to support consistent water flow and reduce friction losses over longer lengths.

Rubber layflat hoses for demanding industrial use

Rubber layflat hoses are selected for more demanding environments such as construction, industrial plants and heavy-duty water discharge. The robust rubber material is suitable for applications where higher working pressures, frequent handling or challenging site conditions are expected.

On construction sites and industrial locations, rubber layflat hoses are typically used for dewatering, drainage and pump discharge. The flexible flat design allows quick deployment over uneven ground and easy retrieval once the job is complete. A choice of diameters and pressure classes makes it possible to select a hose configuration that fits the flow requirement and the site setup.

Multiple diameters and pressure classes

Both PVC and rubber flat hoses are offered in a wide range of nominal diameters. Smaller diameters are often used for localised irrigation lines and compact pumps, while larger diameters are suitable for bulk water transfer, drainage and high-volume discharge.

Several pressure classes are available so the hose can be matched to the pump output and the maximum working pressure of the system. Selecting the right pressure class helps maintain safe operation and supports longer service life in agricultural, municipal and industrial environments.

Applications in irrigation and water management

In irrigation, flat hoses are used to transport water from pumps, reservoirs or canals to distribution networks and sprinkler systems. Their ability to lay flat on the ground minimises obstruction for vehicles and machinery moving across fields or horticultural areas.

Flat PVC layflat hoses are frequently used for surface irrigation lines, connection to drip or sprinkler systems and temporary water transfer in seasonal operations. The light weight and flexible structure make repositioning and rearranging the system straightforward as crops and field conditions change.

Industrial water discharge and construction site dewatering

In industrial settings, flat hoses are used for water discharge, temporary bypass lines and emergency pumping. Rubber layflat hoses in higher pressure classes are well suited for these tasks, where pumps may run for extended periods and flow conditions vary.

On construction sites, flat hoses connect to submersible pumps and mobile pump units for dewatering excavations, foundations and trenches. The hose can be laid out quickly, routed around obstacles and packed away compactly when the work area moves or the project phase changes.

Handling, storage and transport advantages

A key advantage of flat hoses is their efficient handling and storage. When pressurised, the hose forms a round profile for water flow. Once pressure is removed, it flattens, reducing volume and making it simple to coil and stack. This is particularly useful for operators who frequently transport hoses between sites or need to store longer hose lengths in limited space.

The flat design also helps reduce the risk of kinking and sharp bends compared to some rigid or semi-rigid hose types. This supports more consistent water flow and helps protect the hose wall from unnecessary stress in everyday use.

Selecting between PVC and rubber flat hoses

Choosing between PVC and rubber layflat hoses depends on the operating environment, required working pressure and handling frequency. PVC flat hoses are typically chosen for lighter to medium duty use, agricultural irrigation and general water transfer where weight and ease of movement are important.

Rubber layflat hoses are more often used where higher pressure, frequent relocation or more abrasive site conditions are expected, such as in construction and industrial water management. Considering diameter, pressure class and material type together helps align hose performance with the demands of each specific application.

Using flat hoses with pumps and accessories

Flat PVC and rubber hoses are commonly connected to pumps, fittings and valves with appropriate hose tails and hose clips. Secure connections support reliable operation and minimise leakage during irrigation or discharge. The flexible nature of layflat hoses allows smooth routing from the pump outlet to discharge or distribution points.

In many systems, multiple hose sections are combined to reach the required distance between water sources and application areas. Clear planning of hose length, diameter and pressure class helps maintain steady flow and efficient pump performance across the full system layout.

Supporting efficient water transfer across sectors

Flat PVC and rubber layflat hoses support efficient water transfer in agriculture, horticulture, construction, municipal and industrial projects. Their flexible flat structure, range of diameters and multiple pressure classes make them suitable for many different tasks, from seasonal irrigation to continuous industrial discharge.

By selecting hose specifications that match pump capacity, site conditions and operating pressures, users can establish reliable, practical water handling systems across a wide variety of professional applications.