Irrigation Equipmentdocx

Crops and green vegetation require water for the entire process of germination and growth, involving photosynthesis. However, over 99% of the water consumed by plants is used for transpiration from leaves and soil evaporation between plants, to regulate crop temperature, improve microclimate, and transport nutrients within the plant. Without adequate water supply, the growth and development of crops will be inhibited and damaged.The emergence of greenhouses aims to change the passive dependence on natural conditions and actively influence and control crop growth.

Our advantage

Greenhouse irrigation technology utilizes artificial facilities to improve the growth conditions of plants. Scientific irrigation, including modern methods such as drip irrigation, micro-sprinklers, seepage irrigation, and spray irrigation, has been actively promoted. It requires reasonable design based on the water requirements of specific plants, growth stages, climate, soil conditions, and the development of corresponding irrigation systems for timely, appropriate, and efficient irrigation.

Drip irrigation hose

2018-07-16

Tilapi, commonly known as: African crucian carp, non...

view detail

Mobile sprinkler

2018-07-16

Tilapi, commonly known as: African crucian carp, non...

view detail

Mobile sprinkler

2018-07-16

Tilapi, commonly known as: African crucian carp, non...

view detail

Mounted micro spray

2018-07-16

Tilapi, commonly known as: African crucian carp, non...

view detail

Micro-sprinkler is a newly developed irrigation method, which can be divided into suspended micro-sprinklers and ground-inserted micro-sprinklers. It is particularly suitable for use in agricultural greenhouses, as it saves more water and provides more uniform spraying on crops compared to conventional irrigation. It uses PE plastic pipes to deliver water and utilizes micro-sprinkler heads for localized irrigation. It can also be expanded into an automatic control system, combined with fertilizer application to enhance fertilization efficiency.

Drip irrigation is a water-efficient irrigation method that utilizes plastic pipes to deliver water through holes or drip heads with a diameter of about 16mm to the roots of crops for localized irrigation. It is the most effective water-saving irrigation method, with a water utilization rate of up to 95%. Drip irrigation has a higher water-saving and yield-increasing effect compared to sprinkler irrigation and can also be combined with fertilization to increase fertilizer efficiency by more than double. It can be applied to the irrigation of fruit trees, vegetables, cash crops, and greenhouse, and can also be used for field crop irrigation in arid and water-deficient areas.

Mobile sprinkler irrigation is the use of pipelines to deliver pressurized water to the irrigation area, and it disperses into fine droplets through the sprinkler heads, uniformly irrigating the crops. It is an advanced method of mechanized or semi-mechanized irrigation that has been widely adopted in many developed countries.

The main advantages of sprinkler irrigation are as follows:Significant water-saving effect, with water utilization reaching up to 90%.Large increase in crop yield, generally ranging from 20% to 40%.Greatly reducing the workload of field canal construction, management, maintenance, and land leveling.Reducing the cost and labor for farmers to irrigate, and increasing farmers' income.Beneficial for the accelerated realization of agricultural mechanization, industrialization, and modernization.Avoiding secondary salinization of soil caused by excessive irrigation.Common types of sprinkler irrigation include pipeline, traveling, center pivot, reel, and light-duty and small-scale unit models.