After years of equipment optimization, formula development, and experimentation, Yongte high quality Irrigation Pipe Machine has been precision-engineered to repurpose post-industrial waste rubber (such as scrap tires and factory offcuts) into high-performance microcellular foam rubber irrigation pipes equipped with uniformly distributed intrinsic capillary pores (0.5–2 μm in diameter). The capillary architecture, optimized via computational fluid dynamics simulations, facilitates a steady, low-pressure dispersion of water throughout the entire length of the pipe—eliminating uneven flow caused by traditional perforated designs—and guarantees that every 0.5m segment of the field receives consistent hydration (±5% moisture variation).
The fine rubber pores, formed by a proprietary foaming process, serve as self-regulating minuscule conduits: they expand to increase flow during dry spells and contract to reduce runoff during heavy rainfall, effectively averting both waterlogging and parched root zones. This avant-garde design not only cuts irrigation water usage by 30–40% compared to conventional systems but also enhances crop yield by 15–20% by sustaining optimal soil moisture levels—an outcome validated by 3 years of field data from rice, wheat, and vegetable farms in Southeast Asia and North America, making it paramount for the robust development of plants in modern sustainable agriculture.
| Parameter | Specification |
| Material | Rubber powder, PE granules, Chemical additives |
| Product | Rubber irrigation pipe, water seepage pipe, oxygen supply pipe |
| Pipe Diameter Range | 9-32mm (adjustable) |
| Production Speed | 3-10 m/min (adjustable) |
| Output Capacity | 80-120kg/h |
| Extruder Model | SJ65 Single screw extruder |
| Main motor power | 22kw Innovance servo motor with speed control |
| winder | Auto winder, single position or double position optional |
| Installation power | Around 60kw (including heating power and auxiliary equipments) |
| Power consumption | Around 20kw |
| Machine length | 16 meters |
| 1. High-Efficiency Extrusion System: | This extruder is custom-built to handle recycled rubber powder mixed with PE granules. Its screw has a special foaming design that creates tiny, evenly spread nanoscale pores in the rubber pipe—so the pipe’s water flow is consistent and it stays strong. |
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| 2. Rubber Nano Pipe Mold: | This is a specialized tool that uses nano foaming tech to make rubber nano pipes nonstop from recycled rubber powder. The tiny holes are evenly spread, so the foaming is always good to make uniform micro holes on the pipe wall. |
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| 3. FThe cooling tank | fabricated entirely from 304 stainless steel, is a 6-meter water cooling system designed to offer swift and consistent cooling. This process is essential for stabilizing the pipe structure and ensuring the maintenance of dimensional precision subsequent to the extrusion process. |
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| 4. Rubber Pipe Traction Machine: | Furnished with a dual belt traction mechanism, this apparatus guarantees a stable and uniform extraction of rubber pipes, thereby facilitating continuous and consistent production. |
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| 5. The Rubber Pipe Winder | is an optional accessory available in single-position or double-position configurations, featuring automatic tension control to ensure consistent and undamaged coiling of rubber pipes. This device is capable of winding rubber pipes into rolls with diameters and widths tailored to specific requirements. It is also outfitted with automatic cable laying capabilities and precise automatic meter-counting functionalities, which activate an automatic alarm once the pre-established winding length is attained. |
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| 6. Electric Control System: | The electrical components utilized in our systems are sourced from internationally recognized, high-quality brands, including ABB frequency converters, Siemens and Schneider contactors, Omron temperature controllers, Siemens PLC control systems, and Innovance servo motors. |
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The rubber irrigation pipe, constructed from resilient recycled rubber, incorporates a network of minuscule capillaries within its structure. Upon connection to a water source, these capillaries facilitate a gradual release of water, a process driven by the hydraulic pressure exerted by the water. The system's most advantageous feature is its remarkable capacity for water conservation. By situating the drip pipes proximate to the plants' root zones, the water remains in close proximity to the roots for an extended period, thereby averting overwatering and diminishing the squandering of valuable water resources through subterranean runoff. This irrigation methodology proves highly efficacious across a variety of applications, encompassing lawns, vegetable gardens, and flower beds, and is particularly adept at delivering a precise and gentle watering regimen for rows of plants.
The micro-porous, water-permeable irrigation pipe, engineered through an innovative micro-porous extrusion foaming technique, effectively precludes the occlusion of its diminutive apertures. This irrigation system, characterized by its high precision, is designed to conserve water while ensuring plants receive an ample supply of nutrients. It eradicates zones of inadequate water distribution and halts negative pressure suction upon deactivation of the water supply, thereby preventing blockage issues commonly encountered with traditional drip irrigation emitters. Installation is uncomplicated, necessitating merely the connection to a polyethylene pipe. In terms of water conservation, this system consumes merely one-sixth of the water typically utilized by conventional flood irrigation methods. Moreover, the drip irrigation system enables the incorporation of basal and top-dressing fertilizers directly into the irrigation water, thereby minimizing nutrient loss due to gradual seepage. Consequently, crops benefit from a uniform absorption of both water and nutrients, significantly enhancing the efficiency of fertilizer application.
1. Elevated Permeability Efficiency: The uniform nanoscale pores enhance the permeability rate by a factor of 2-3 and sustain this heightened efficiency over an extended duration.
2. Robust Anti-Clogging Capability: The nanoscale pores permit the passage of water molecules while effectively impeding larger particles, such as silt and microorganisms, thereby mitigating the risk of obstruction (analogous to the "molecular sieve" phenomenon).
3. Prolonged Service Duration: The integration of rubber and polyethylene materials extends the operational lifespan of rubber seepage pipes to 10-15 years, significantly improving resistance to aging.
4. Reduced Installation and Maintenance Expenses: Installation is straightforward, involving the connection of a plug for immediate use, and the pipes' flexibility allows for bending and rolling without susceptibility to blockages, ensuring extended maintenance-free intervals and a reduction in overall costs by 40%-60%.
5. Superior Environmental Attributes: Rubber seepage pipes can be manufactured from recycled waste tires and possess the capacity for multiple cycles of recycling, rendering them both economically advantageous and environmentally sustainable.
1. Agricultural Water Conservation Irrigation: Utilized as subterranean conduits for water distribution in drip and seepage irrigation frameworks, these pipes facilitate precise water management and mitigate soil salinization by preventing sand particles from obstructing emitters through nano filtration.
2. Groundwater Remediation and Water Source Protection: These pipes serve in the purification of contaminated groundwater through the infiltration process, where nanomaterials adsorb heavy metals and organic substances. Additionally, they are employed in the filtration of water from various sources.
3. Urban Rainwater Management: Incorporated into urban infrastructure as permeable piping, they expedite the infiltration of rainwater and the removal of pollutants, thereby alleviating the issue of urban flooding.
4. Sewage Treatment and Recycling: These pipes are used for the underground infiltration treatment of both industrial wastewater and domestic sewage, with the nano-coating capturing COD, heavy metals, and other contaminants.

After years of innovation and a relentless focus on quality, we insist on utilizing high-strength, wear-resistant materials for our plastic pipe machinery. These machines undergo precision forging and multiple rigorous quality tests to ensure they can withstand the wear from high-frequency use and the erosion of harsh environments
| Advantage Category | Details & Technical Highlights | Image |
| High Torque Durable Gearbox |
We utilize premium vertically integrated gearboxes that offer the following advantages: •Exceptionally high transmission efficiency •Robust load-bearing capacity suitable for sustained operation •Consistent production performance devoid of fluctuations •A compact design that conserves space •Outstanding sealing capabilities to avert oil leakage •Superior heat dissipation and ease of maintenance |
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| High-Efficiency Servo Motor |
Outfitted with Innovance servo motors, which provide an energy efficiency improvement of 15-20%: ▪Ensures precise control over speed and torque, thereby maintaining consistent product quality ▪Features rapid response times and operates with minimal vibration ▪Produces ultra-low noise levels, contributing to a safer working environment ▪Extends the service life and reduces maintenance costs to a minimum ▪Incorporates intelligent speed and output regulation to facilitate flexible production capabilities |
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| Highly Automatic Operation System |
TheIrrigation Pipe Machine features full-process automation: ▪Auto feeding, auto temperature control, auto cutting & auto stacking ▪Optional automatic material mixing & dosing system for fully unmanned production ▪Integrated servo motor + PLC programmable control system ▪Optional speed synchronization auto-adjustment for high-precision extrusion |
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| Advanced Quality Electrical Control System |
Built with world-class components & compliant with international safety standards: ▪ABB frequency converters, Siemens/Schneider contactors, Omron temperature controllers ▪Siemens PLC control system for reliable & intelligent operation ▪Neat cable arrangement with clear labeling for easy troubleshooting ▪Complies with EN ISO 12100, EN 60204-1 & EN 61000 series EMC standards |
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| Heavy-Duty Machine Base (Solid Steel Plate) | The structure, comprising a solid steel plate that has been machined using Computer Numerical Control (CNC) technology, ensures enduring stability. Precision CNC cutting and polishing processes yield dimensions of high accuracy and optimal equilibrium. This structure is engineered to withstand over two decades of uninterrupted, reliable operation, maintaining its structural integrity without succumbing to frame deformation. All components that come into contact with materials or water are constructed from 304 stainless steel, thereby ensuring resistance to rust and corrosion. |
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| Wear-Resistant Screw & Barrel |
Customized wear-resistant components are engineered to meet specific processing demands: •Extruders are equipped with durable screws and barrels to achieve optimal wear resistance. •These components prolong operational lifespan and preserve functionality, even when processing abrasive materials. •They offer compatibility with a diverse array of material formulations, facilitating versatile production capabilities. |
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| Powder Coating Surface Treatment |
Professional application of powder coating to enhance durability and aesthetic appeal: ▪Advanced protection against rust and corrosion, suitable for challenging operational conditions ▪Consistent coloration and smooth finish, providing a high-quality visual presentation ▪Resilient coating that resists scratches, preserving the equipment's appearance over extended periods of use |
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| Professional Trial & Installation Service |
End-to-end turnkey support to ensure hassle-free production: ▪100% rigorous pre-shipment testing to guarantee stable performance ▪On-site installation by our professional engineering team ▪Comprehensive operator training for equipment operation and maintenance ▪Full support for production line commissioning until stable output |
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| Great after-sales service |
WARRANTY PERIOD: 3 YEARS •During this period, we provide free maintenance and replacement services for manufacturing defects. •Our dedicated after-sales team is available to offer technical support and guidance, ensuring minimal downtime for your production line. •Additionally, we provide regular maintenance checks and software updates to maintain your equipment's optimal performance levels. LIFELONG SERVICE SUPPORT: •We are committed to providing lifelong service support for ourIrrigation Pipe Machine . •After the warranty period, we continue to offer maintenance services at a reasonable cost, ensuring that your equipment remains in good working condition for years to come. •Our team of experienced technicians is always ready to assist you with any technical issues or upgrades you may require, ensuring that your production line operates smoothly and efficiently. |
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Yongte is committed to manufacturing high-quality, innovative plastic pipe machinery. Thanks to continuous technological optimization, the company’s plastic processing equipment has earned wide recognition in both domestic and global markets.
Address
Yahui Village, West of Hongkong Road, Jiaozhou City, Shandong Province, China
Tel
Yahui Village, West of Hongkong Road, Jiaozhou City, Shandong Province, China
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