4fdc3.5/95-120/900 Agricultural Solar Pump with High Flow Rate, Perfect for Crop Irrigation

Product General Information:

Commercial Terms of Products:

Description:

Solar Deep Well Pump: High-Lift, Durable & Efficient for Subsurface Water

As a professional device designed for extracting water from deep underground sources (such as wells, boreholes), our deep well pump features exceptional lift capacity and stable performance. It efficiently delivers groundwater to the surface, meeting water demands for residential use, agricultural irrigation, and industrial production, serving as a reliable backbone for deep water supply systems.

Applications:

With outstanding deep-water extraction capability, it is widely used in the following scenarios:

1. Rural & Residential Water Supply

Extracts clean groundwater from deep wells for daily use in rural households, villas, and residential communities without municipal water supply. Provides stable water pressure for cooking, bathing, and cleaning, ensuring a continuous domestic water source.

2. Agricultural & Pastoral Irrigation

Pumps deep underground water for large-scale irrigation of farmlands, pastures, and fruit gardens in arid and semi-arid regions. The adjustable flow rate adapts to different crop irrigation requirements, promoting efficient water use and crop growth.

3. Industrial & Commercial Use

Supplies process water for factories, mines, and construction sites by extracting deep well water; supports water circulation in cooling systems and provides raw water for small-scale industrial water treatment plants, ensuring uninterrupted industrial water supply.

Specifications:

Competitive Advantage:

Equipped with a high-power, energy-saving motor and precision-machined impeller, it achieves strong suction and ultra-high lift (up to 200 meters for specific models). The fully sealed stainless steel casing resists corrosion from underground minerals and impurities, while the built-in thermal protection system prevents overheating, ensuring long-term stable operation in deep, narrow well environments.