Commercial greenhouse Drip irrigation belt

Brief Introduction

Forming techniques;

Fully turbulent and resistance to clogging;

Anti-corrosion, anti-aging;

Less water-head loss along the travel of water, longer spread length;

The strength of anti-machine is good, and it is easy to be laid down by mechanization;

Application

Greenhouse, industrial crops, vegetables, fruit trees, industrial trees etc.

Inner Inlay Drip Irrigation Belt with Continuous Flat Dripper

Brief Introduction

High- Fidelity mold degrade the making deviation much small;

There are many filtering holes in the entrance, so it's has strong anti stops;

The long turbulent flowing channel make the level of average water leakage good;

One time extruding and welding, no seam, and raw edges, reducing the possibility of cracking as heavy pressure;

The different diameters and wall thickness are suitable fore the different framlan. It has certain compensation, longer spread length/ The flow rate and distance between drippers are adjustable;

Drilling holes by machine to form water slit gate to prevent root hair or insects entering into flow passage, stopping drippers;

Application

Ideal for greenhouse, industrial crops, vegetables, fruit trees, industrial trees and so on.

Inner Inlay Flat Style Drip Irrigation Pipe

Brief Introduction

The dropper which is molding out of plastics is welded inside pipe wall;

The Dripper is directly welded inside the pipe, so the pressure loses slight and irrigation accuracy is high;

Lateral Driptape;  

It has strong anti-stops. The water current is turbulent flowing and the level of average water leakage is good;

Can be recycled and reused;

The pipe with common and pressure drippers can adapt to different landform;

The wall thickness and distance between drippers is adjustable( satisfy the need of clients);

Low price, convenient installment, transportation and operation;

The different specifications are suitable for the different open field crops;

Lateral Driptape

Brief Introduction

1, Labyrinth runners and outlets of water formed by one time vacuum and heat technology, with high produce precision;

2, Longer spread length and uniformity in water distribution for the features of turbulent flow and pressure compensated;

3, High clogging resistantce due to multiple inlets;

4, New material is used to prevent it from being corroded and aged;

5, Reduced equipment cost;