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Sinoah Farm Drip Irrigation System Design Shape Round Color Color Origin China Model NO. SOL Hollow Hollow Trademark
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High-quality Sinoah Farm Drip Irrigation System Design Shape Round Color Color Origin China Model NO. SOL Hollow Hollow Trademark supplied by RUNWOO (TIANJIN) NEW MATERIAL TECHNOLOGY CO., LTD. Bulk wholesale pricing is $1 per Piece with a minimum order of 1 Piece. Inquiry for latest prices.
Origin:
China
Color:
Color
Trade Term:
FOB
Hollow:
Hollow
Transport Package:
Other
Specification:
Other
Shape:
Round
Model NO.:
SOL
Specifications
Origin:
China
Color:
Color
Trade Term:
FOB
Hollow:
Hollow
Transport Package:
Other
Specification:
Other
Shape:
Round
Model NO.:
SOL
Trademark:
Sinoah
Type:
Thermosetting Plastic Pipe
Payment Term:
To be discussed
Usage:
Water Supply Pipe, Agricultural Irrigation Pipe
Business Details
Country:
China
Business Types:
Not specified
Main Markets:
Not specified
Main Products:
Year Established:
Not specified
Annual Revenue Amount:
Not specified
Numbers Of Employees:
Not specified
Preferred Payment Term:
Not specified
Preferred Trade Term:
FOB
Port Of Loading:
Not specified
Certificates:
Audited Supplier, business license, certificate of trademark registration, guarantee quality for T-color, ISO certificate, SGS certificate
Product descriptions from the supplier
SONA2024 2.2.1
Through its successful application in Uzbekistan, Sinoah's drip irrigation solutions have demonstrated their efficiency in diverse climates and agricultural environments. Whether for cotton, wheat, or other crops, Sinoah's drip irrigation system provides precise irrigation, boosts yields, and significantly conserves water and fertilizer, helping agricultural producers achieve high-efficiency and sustainable results even in the face of resource constraints.
Product Description
For many years, we have been committed to driving innovation and development in agricultural irrigation technology, providing efficient and water-saving drip irrigation solutions to help global agricultural clients optimize water resource utilization and promote efficient crop growth.Our design team, with rich experience and expertise, is capable of offering tailored solutions based on customers' specific needs. Whether it's equipment selection or customized finished drip tapes, we provide comprehensive support to ensure that customers achieve more efficient and water-saving irrigation systems.
Through its successful application in Uzbekistan, Sinoah's drip irrigation solutions have demonstrated their efficiency in diverse climates and agricultural environments. Whether for cotton, wheat, or other crops, Sinoah's drip irrigation system provides precise irrigation, boosts yields, and significantly conserves water and fertilizer, helping agricultural producers achieve high-efficiency and sustainable results even in the face of resource constraints.
Specification
Chapter One: Development of Irrigation Technologies in Xinjiang, China
Since the late 1970s, Xinjiang has introduced and developed sprinkler and drip irrigation technologies.
In 1996, the Xinjiang Production and Construction Corps successfully applied subsurface drip irrigation at Shihezi's 121st Regiment, with costs only about 20% of Israel's, establishing a localized, high-efficiency water-saving model.
· Advantages of subsurface drip irrigation
1. Water-saving:Uses only 12% of water compared to traditional irrigation, 50% of sprinklers, and 70% of conventional drip irrigation.
2. Soil temperature control:In spring, mulch raises soil temperature by 2–5°C to accelerate emergence; in summer, controlled irrigation cools the soil to protect roots.
3. Disease reduction & better yields:Mulch lowers humidity, reducing disease risk; precise watering prevents fruit cracking, improving marketable yield by 10–15%.
After 2000, water-saving irrigation in Xinjiang began with the introduction of advanced foreign technologies. In 2008, fiscal subsidies and interest support policies were implemented, forming a policy system that boosted farmers' enthusiasm. Large-field drip irrigation expanded rapidly, with annual growth exceeding 153,000 hectares, and its application extended from cotton to high-value crops like tomatoes, peppers, Hami melons, as well as wheat and maize.
Since 2015, Xinjiang's agricultural water-saving development has shifted from rapid expansion to improving quality and efficiency, moving from high-efficiency water-saving to high-efficiency water use. From 2015 to 2018, a total of 5.3 billion CNY was invested, completing 980,000 hectares of high-efficiency irrigation. By 2020, water-saving irrigation reached 4.33 million hectares, accounting for 67.3% of total irrigated area, with drip irrigation covering over 98%, and Xinjiang accounting for more than 65% of China's drip irrigation area.
Key Crop Yields:
1. Cotton: 2018 average 400.4 kg/mu(6006KGS/ha); 2024 demonstration yields up to 630.5~743.6 kg/mu (9457.5KGS~11154KGS/ha).
2. Wheat: 2015–2017 average 420.08 kg/mu (~6.3 t/ha); 2024 demonstration yields up to 873.22 kg/mu (~13 t/ha).
3. Processing Tomatoes: Greenhouse yield increased from 8 t/ha to 12 t/ha; large-field average 8.5 t/ha in 2025.
Chapter Two: Macro Analysis of Drip Irrigation Projects in Uzbekistan
Development Background:Uzbekistan has over 60 million hectares of arable land, but historically only 5% of farmland has used water-saving technologies, limiting agricultural and socio-economic sustainability. Water scarcity makes efficient irrigation and scientific water management a national priority.
Policy Support:The government has heavily invested in irrigation infrastructure and introduced water-saving technologies. From 2020 to 2024, public funding totaled 60 trillion soms (~4.8 billion USD), with 622 million USD in foreign investment, increasing the adoption of water-saving technologies from 4% in 2020 to 50% in 2025. In August 2025, the President approved the 2025–2028 Water Resource Management and Irrigation Development Plan, aiming to implement water-saving technologies on 1.4 million hectares, including drip irrigation on 293,000 hectares.
Future Outlook:According to joint studies by the Eurasian Development Bank and UNIDO, drip irrigation installation is expected to grow significantly between 2026 and 2040. The government plans to expand drip irrigation to 1 million hectares by 2030, raising water-saving coverage from 5% to 40%, indicating strong growth potential for the sector.
Policy Support:The government has heavily invested in irrigation infrastructure and introduced water-saving technologies. From 2020 to 2024, public funding totaled 60 trillion soms (~4.8 billion USD), with 622 million USD in foreign investment, increasing the adoption of water-saving technologies from 4% in 2020 to 50% in 2025. In August 2025, the President approved the 2025–2028 Water Resource Management and Irrigation Development Plan, aiming to implement water-saving technologies on 1.4 million hectares, including drip irrigation on 293,000 hectares.
Future Outlook:According to joint studies by the Eurasian Development Bank and UNIDO, drip irrigation installation is expected to grow significantly between 2026 and 2040. The government plans to expand drip irrigation to 1 million hectares by 2030, raising water-saving coverage from 5% to 40%, indicating strong growth potential for the sector.
Chapter Three: Our Achievements in Fertigation Technology Applications for Cotton and Wheat in Uzbekistan
At the "Shukrulo Orinov" farm, we planted 84 hectares of cotton using the Chinese "Zoulin Tai-88" variety and fertigation drip irrigation. Each plant now produces around 20 white bolls, each weighing 6–7 grams, and we expect a yield of over 8,000 kg/ha (533 kg/mu).
In Bukhara Province, 1,500 hectares of wheat were planted using fertigation technology, achieving an average yield of 9 t/ha, with a maximum of 11.8 t/ha.
According to the USDA Foreign Agricultural Service, the average cotton yield in Uzbekistan for the 2025/26 season is expected to be around 667 kg/ha, or approximately 1,755 kg/ha of seed cotton (assuming lint accounts for 38% of seed cotton). This estimate reflects the current irrigation methods, not drip irrigation.
As reported by agroworld.uz, wheat yields in Uzbekistan increased from 4.1 t/ha to 4.72 t/ha between 2018 and 2022.
Fertigation has not only boosted yields but also reduced water usage by 37% and fertilizer application by about 40% compared to traditional methods.
In Bukhara Province, 1,500 hectares of wheat were planted using fertigation technology, achieving an average yield of 9 t/ha, with a maximum of 11.8 t/ha.
According to the USDA Foreign Agricultural Service, the average cotton yield in Uzbekistan for the 2025/26 season is expected to be around 667 kg/ha, or approximately 1,755 kg/ha of seed cotton (assuming lint accounts for 38% of seed cotton). This estimate reflects the current irrigation methods, not drip irrigation.
As reported by agroworld.uz, wheat yields in Uzbekistan increased from 4.1 t/ha to 4.72 t/ha between 2018 and 2022.
Fertigation has not only boosted yields but also reduced water usage by 37% and fertilizer application by about 40% compared to traditional methods.
Chapter Four: Investment and Return Analysis of Cotton Fertigation Projects
• Cotton Fertigation Project – Key Investment and Return Analysis in Uzbekistan
1. Seed Cotton Price & Yield:Local price ~9,000 UZS/kg (~0.74 USD/kg).
- Conventional irrigation: 1,755 kg/ha → 1,299 USD/ha income.
- Fertigation irrigation: >7,000 kg/ha → >5,180 USD/ha income.
Each ha income increase USD3881 by using Fertigation irrigation.
2. Project Types & Costs:
- Manual Fertigation: Pump house, filters, fertilizer applicator, main/lateral pipelines, control valves, drip tapes. Cost: ~2,600 USD/ha.
- Automated Fertigation: Includes all above plus automatic field valves, weather/soil moisture/pest monitoring, farmland data analysis. Cost: ~3,800 USD/ha.
3. Return on Investment:Income increase ~3,881 USD/ha; first-year seed cotton sales can cover the project cost.
4. Annual Maintenance Costs: Drip tape replacement and equipment maintenance cost approximately 430 USD/ha per year.
Company Profile
FAQ
I. General Information
Q1: What exactly is a farm drip irrigation system and how does it work?
A: A farm drip irrigation system delivers water slowly and directly to the plant's root zone through emitters. It consists of a pump, filters, pipes, and tubing to efficiently deliver water while minimizing waste from evaporation and runoff.
A: A farm drip irrigation system delivers water slowly and directly to the plant's root zone through emitters. It consists of a pump, filters, pipes, and tubing to efficiently deliver water while minimizing waste from evaporation and runoff.
Q2: What are the primary advantages of drip irrigation over sprinkler or flood irrigation for a farm?
A:
• Superior water efficiency (90-95%)
• Reduced weed growth
• Lower energy costs for pumping
• Fertilizer application through fertigation
• Keeps foliage dry, reducing fungal disease risks
A:
• Superior water efficiency (90-95%)
• Reduced weed growth
• Lower energy costs for pumping
• Fertilizer application through fertigation
• Keeps foliage dry, reducing fungal disease risks
Q3: Will a drip irrigation system work effectively with my soil type ?
A: Yes, drip irrigation works well with all soil types, but the system design must be adjusted. For sandy soils, closer emitter spacing and higher flow rates are needed, while clay soils require lower flow rates to avoid runoff.
A: Yes, drip irrigation works well with all soil types, but the system design must be adjusted. For sandy soils, closer emitter spacing and higher flow rates are needed, while clay soils require lower flow rates to avoid runoff.
Q4: What is the difference between surface drip irrigation and subsurface drip irrigation (SDI)?
A:
• Surface drip: Driplines placed on the soil surface.
•Subsurface drip irrigation (SDI): Driplines buried 2-12 inches below the surface, reducing evaporation and providing better protection from environmental damage.
A:
• Surface drip: Driplines placed on the soil surface.
•Subsurface drip irrigation (SDI): Driplines buried 2-12 inches below the surface, reducing evaporation and providing better protection from environmental damage.
II. System Design
Q5: What is the very first step in creating a proper farm drip irrigation system design?
A: The first step is a complete site assessment, including mapping your fields, identifying the water source(flow rate and pressure), determining soil type, and understanding your crop's water needs.
A: The first step is a complete site assessment, including mapping your fields, identifying the water source(flow rate and pressure), determining soil type, and understanding your crop's water needs.
Q6: How is the correct emitter spacing and flow rate (GPH/LPH) determined for my crops?
A: Emitter spacing and flow rate are determined by the crop's water requirements and the soil's water-holding capacity. The goal is to create continuous wetted patterns without causing runoff or deep percolation loss.
A: Emitter spacing and flow rate are determined by the crop's water requirements and the soil's water-holding capacity. The goal is to create continuous wetted patterns without causing runoff or deep percolation loss.
SEE SINOAH DRIPPERS
Q7: What does "zoning" mean in a drip irrigation system design, and why is it important for my farm?
A: Zoning refers to dividing the farm into smaller, manageable sections that can be irrigated independently. This is essential to ensure uniform water distribution and accommodate different crop types, soil conditions, and slopes.
A: Zoning refers to dividing the farm into smaller, manageable sections that can be irrigated independently. This is essential to ensure uniform water distribution and accommodate different crop types, soil conditions, and slopes.
Q8: How does the slope (topography) of my fields impact the overall system design?
A: The slope affects water pressure—pressure is lost uphill and gained downhill. The system must be designed to account for these pressure changes, often requiring pressure-compensating emitters to ensure uniform water distribution.
A: The slope affects water pressure—pressure is lost uphill and gained downhill. The system must be designed to account for these pressure changes, often requiring pressure-compensating emitters to ensure uniform water distribution.
SINOAH Pressure Compensating Drip Tape
Q9: Can I design the system myself (DIY), or should I always hire a professional for a farm-scale project?
A: For small projects, DIY is feasible. However, for large farm projects, hiring a professional is strongly recommended due to the complexities of hydraulic calculations, pipe sizing, and pressure management.
A: For small projects, DIY is feasible. However, for large farm projects, hiring a professional is strongly recommended due to the complexities of hydraulic calculations, pipe sizing, and pressure management.
Q10: How deep should the mainlines and submains be buried?
A: Mainlines and submains should be buried 18 to 36 inches (45 to 90 cm) deep, depending on climate and field activities. In cold climates, they should be below the frost line.
A: Mainlines and submains should be buried 18 to 36 inches (45 to 90 cm) deep, depending on climate and field activities. In cold climates, they should be below the frost line.
III. Components
Q11: What are all the essential components of a complete farm drip irrigation system?
A: Essential components include a pump, filtration unit, mainlines, submains, control valves, pressure regulators, drip tubing (tape or dripline), and fittings.
A: Essential components include a pump, filtration unit, mainlines, submains, control valves, pressure regulators, drip tubing (tape or dripline), and fittings.
SINOAH Irrigation Fittings:
· Drip Irrigation Mini Valves
· Drip Irrigation Valve Nut Locking
· PP/ABS/Garden Barbed Drip Irrigation Fittings & Threaded Barb Adapters
· Couplings, Plugs, Offtakes, Elbows, Tees, with Rubber Rings
· Drip Tape End Plug and Hook
· PVC Ball Valves
· Drip Irrigation Valve Nut Locking
· PP/ABS/Garden Barbed Drip Irrigation Fittings & Threaded Barb Adapters
· Couplings, Plugs, Offtakes, Elbows, Tees, with Rubber Rings
· Drip Tape End Plug and Hook
· PVC Ball Valves
Q12: What is the difference between drip tape and heavy-wall dripline, and which should I choose?
A:
• Drip tape: Thin-walled, cheaper, used for annual crops, lasts 1-3 years.
•Heavy-Wall Dripline:Thicker, more durable, more expensive, used for permanent crops.
A:
• Drip tape: Thin-walled, cheaper, used for annual crops, lasts 1-3 years.
•Heavy-Wall Dripline:Thicker, more durable, more expensive, used for permanent crops.
Q13: What type of pump is best suited for a large-scale drip irrigation system?
A: A centrifugal pump (for surface water) or submersible turbine pump (for wells) is best. The pump must be sized correctly to provide the necessary flow and pressure for the system.
Q14: What are the differences between screen, disc, and sand media filters, and which one do I need?
A:
• Screen filters: Best for clean water with minimal particles.
• Disc filters: Suitable for water with some organic matter.
• Sand media filters: Ideal for very dirty water with high organic loads.
A:
• Screen filters: Best for clean water with minimal particles.
• Disc filters: Suitable for water with some organic matter.
• Sand media filters: Ideal for very dirty water with high organic loads.
Q15: Why is a pressure regulator a non-negotiable component in a drip system?
A: Drip emitters operate at low pressure. A pressure regulator ensures the water pressure is reduced to the correct level, preventing system damage and ensuring uniform water distribution.
A: Drip emitters operate at low pressure. A pressure regulator ensures the water pressure is reduced to the correct level, preventing system damage and ensuring uniform water distribution.
Q16: What is a fertigation injector (e.g., Venturi, injection pump), and is it necessary?
A: A fertigation injector adds liquid fertilizers to the irrigation water. While not necessary, it enhances nutrient efficiency, making it a highly recommended component for drip systems.
A: A fertigation injector adds liquid fertilizers to the irrigation water. While not necessary, it enhances nutrient efficiency, making it a highly recommended component for drip systems.
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What are the specifications of Sinoah Farm Drip Irrigation System Design Shape Round Color Color Origin China Model NO. SOL Hollow Hollow Trademark from China?
Sinoah Farm Drip Irrigation System Design Shape Round Color Color Origin China Model NO. SOL Hollow Hollow Trademark is sourced from China and meets international export standards. Key specifications include: Trademark: Sinoah, Color: Color, Usage: Water Supply Pipe, Agricultural Irrigation Pipe, Specification: Other, Origin: China, Type: Thermosetting Plastic Pipe, Trade Term: FOB, Payment Term: To be discussed
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