Product details:

Product features:

High water flow stability:

The internal structure of the cylindrical dripper is precise, and the labyrinth channel design is mostly used. The water flow is in a turbulent state, which can effectively compensate for pressure changes. This means that regardless of the small fluctuation of the water supply pressure, the drip irrigation belt can maintain a relatively stable and uniform water flow, ensuring that each crop is irrigated equally and avoiding uneven irrigation.

Strong anti-blocking ability:

The dripper has its own filter structure, which can intercept large particles of sediment and impurities at the entrance of the water source into the dripper to prevent them from entering the flow channel. At the same time, the width of the labyrinth flow channel is alternately narrow, and the water flow can initialize some fine impurities when passing through, reducing the risk of blockage and prolonging the service life.

Flexible dripper spacing:

Diversified dripper spacing can be customized according to the planting spacing and water demand of different crops to accurately match irrigation needs. Whether it is densely planted vegetables or large-spaced fruit trees, accurate water supply can be achieved.

Durable material:

high-quality polyethylene material is usually used, and anti-aging agents and ultraviolet absorbers are added. This combination of materials makes the drip irrigation belt resistant to long-term outdoor exposure, corrosion resistance, wear resistance, and can adapt to complex and harsh field environments. It is not easy to break after years of use.

Good laying convenience:

The drip irrigation belt is relatively lightweight as a whole, and can be easily transported and laid by a single person. It can also be laid flexibly according to the terrain trend, adapting to farmland of different shapes and slopes, reducing the difficulty and cost of construction.

Water saving and energy saving are significant: the accurate drip irrigation mode directly transports water to the periphery of the crop root system, greatly reducing the waste caused by water evaporation and surface runoff. Compared with flood irrigation, the water saving rate can reach 30% -70%, while saving pumping energy consumption.

Application:

The inner cylindrical drip irrigation belt is widely used in agricultural production. In the greenhouse, it tailors the irrigation plan for fruits, vegetables and flowers, accurately conveys water and nutrients, avoids leaves and stems, prevents disease breeding, and helps crop quality jump. In the orchard, it is flexibly laid according to the spacing of fruit trees and water demand to ensure sufficient moisture at all stages of fruit development, and improves sugar and taste. Field crop planting areas, such as corn and wheat fields, can be spread over long distances to adapt to complex terrain, save water and manpower, and also reduce soil compaction, laying a solid foundation for harvest. In arid areas, it is a powerful helper for saving water and increasing production.