Uragota Drip Line With Pressure Compensation 16 mm

Specifications

 The Uragota drip irrigation line with pressure compensation has been specially designed to achieve an efficient irrigation sites with great slopes, which require longer and lateral flow constant in all plants.
Available in 16 and 20 mm diameters, with different flow rates of output and variety of distances between emitters.
Dripper with labyrinth built into the tube.
The process is to integrate the dropper inside the pipe leading to a continuous tube.
By integrating the dropper reduce pressure losses in the branch so you can increase the length of the wings.
Manufactured using an advanced system that ensures the highest quality and reliability.

GENERAL FEATURES
Airflow. The flow remains constant in the range of pressures of work.
Membrane resistant. A silicone membrane of special mechanical and chemical properties, are responsible for maintaining constant flow output for the internal pressures considered. The membrane is resistant to chemicals used in agriculture (fertilizers, herbicides, acids) and supports a minimum value of pH 2.
Different distance between emitters. To accommodate the installation of irrigation to all types of crops.
Easy to collect. The droppers to be integrated not suffer hooks with the crop or the ground.
Interval pressures. The working pressure is recommended in the range of 7 to 40 mca (0.7 to 4 kg/cm2). A low pressure flow never exceeds the nominal and therefore there was no peak during the launch of the facility quickly reaching the pressure of work. The time until it reaches the role is minimal. Three points emission by drip reduce the possibility of obstruction by sucking particles and prevent water remains detained at the interior develop algae or precipitates.
Filter incorporated. A dual filter integrated into high water input produces additional protection, resulting in a drip with very low sensitivity to obstruction because it diverts particles upward, reducing the amount of sediment as the system works and prevents the accumulation around the filter, prevented from entering the dropper.
Self-cleaning. The membrane also acts as a built-in self-cleaning mechanism.

PERFORMANCE OF DRIPPER
The water flowing through the pipe station and into the interior of drip through a filter double high and carefully studied that does not allow the entry of particles larger than the maze. After your way through a maze designed with great strides water that favors the movement of particles in suspension and prevents sedimentation in its interior. The loss of pressure that occurs in the labyrinth that is responsible only when the entire length of the pipe is laden at the beginning of the shift irrigation begins regulation of the membrane. The membrane regulates the flow of output and low pressures clear the dropper. Finally, the water goes abroad in the form of drops.