Safety fittings for micro-irrigation piping with three spigot technology based on ease of assembly, fastening and sealing to provide safety and labour savings to the installation.
Digital equipment that manages irrigation and plant nutrition together. Allows precise dosing of various fertilisers in the irrigation water and at the optimum time just when the crop needs it
Micro-irrigation pipe fittings are available in different configurations to suit the needs of each installation.
Double and triple acting air valves ensure efficient extraction and introduction of air into the pipelines.
Woltman meters to measure water consumption that are MEÑE and MID certified for use in irrigation and drinking water.
Sensors that accurately measure soil moisture, temperature and electrical conductivity conditions.
Multichannel fertirrigation equipment with visualisation of temperature, pH and conductivity parameters that allows simultaneous and accurate manual dosing of several fertilisers through the venturi injector technology.
Multichannel fertirrigation equipment that allows to manually dose several fertilisers simultaneously and accurately through the venturi type injector technology.
Manual filter with large filtering surface area mesh technology designed to optimise the performance of the installation and facilitate maintenance work.
Manual filter with disc or mesh technology made of polypropylene and with threaded closing system for low pressure applications.
Semi-automatic mesh filter that performs 100% effective cleaning without the need to disassemble the filter and interrupt the water supply.
Manual disc filter that performs 3D depth filtration and incorporates the AZUD HELIX clogging retardant device.
Self-cleaning disc filtering equipment by AA technology (air-assisted) composed of Ø2″ filters that perform a 3D depth filtration.
Filtering equipment with self-cleaning discs composed of double Ø4″ filters that perform a 3D depth filtration.
Filtering equipment with self-cleaning discs composed of Ø3″ filters that perform a 3D depth filtration.
