Wave Saving Micro Porous Rubber Soaker Pipe Hose Making Machine

Product Introduction

Wave Saving Micro Porous Rubber Soaker Pipe Hose Making Machine characteristics

The composite infiltration pipe production line is a specialized equipment integration for producing composite infiltration pipes. It usually consists of raw material pretreatment system, extrusion molding system, infiltration control module, cooling and shaping system, traction and winding system, and detection and packaging system. Capable of processing specific materials into composite infiltration pipes with different specifications and performance to meet diverse irrigation needs. Its production capacity and product quality are directly related to the economic benefits and market reputation of the enterprise.

Hose parameter

Features

High Automation & Integrated Workflow

The machine adopts a PLC intelligent control system to realize full automation of the entire production process—from automatic raw material feeding and mixing to extrusion temperature regulation, porous precision drilling, cooling shaping, and automatic winding of finished pipes. This integrated design significantly reduces manual operation requirements, cutting labor costs by over 30% compared to semi-automated equipment. Additionally, the system is equipped with real-time monitoring functions for key parameters (such as extrusion temperature, pressure, and pipe diameter), with automatic alarm and shutdown protection when abnormalities occur, ensuring stable production continuity. The standard production capacity of the machine reaches up to 500 kg/h, and customized models can be adjusted according to customer needs to meet large-scale production demands.

Precise Parameter Control for Consistent Quality

To ensure the performance stability of Composite Infiltration Irrigation Pipes, the machine is equipped with advanced parameter control components. The inner and outer diameter of the pipes are controlled with an error of ≤±0.1mm through high-precision traction and shaping modules, while the micro-porous distribution is adjusted by a servo-driven drilling system, ensuring the water seepage uniformity of each meter of pipe is ≥95%. This precision effectively avoids problems such as uneven irrigation caused by inconsistent pipe specifications, making the produced pipes suitable for high-standard agricultural scenarios (e.g., greenhouse vegetable cultivation, cash crop planting) that require strict water control.

Durable Construction & Low Maintenance

The main body of the machine is made of high-strength stainless steel, which has excellent corrosion resistance and impact resistance, adapting to harsh workshop environments (such as high temperature and humidity). Key components such as extrusion screws and molds are made of wear-resistant alloy materials, with a service life of ≥5 years under normal use. The machine’s design also emphasizes ease of maintenance: vulnerable parts (e.g., filters, sealing rings) are installed in easily accessible positions, and the maintenance cycle is extended to 6 months, reducing equipment downtime and maintenance costs.

Flexible Customization for Diverse Needs

Recognizing that different application scenarios have varying requirements for Composite Infiltration Irrigation Pipes, the machine supports full customization of product specifications. Customers can adjust parameters such as pipe inner diameter (10mm-20mm), wall thickness (2mm-5mm), and micro-porous density (5-15 holes per meter) according to their needs. In addition, the machine can process a variety of raw materials, including PE, PPR, and PVC composite materials, and can add anti-aging, anti-ultraviolet, or anti-corrosion additives to the raw materials to enhance the service life of the pipes in different climates (e.g., high-temperature dry areas, coastal humid areas).

Applications

The Composite Infiltration Irrigation Pipes produced by the Wave Saving Micro Porous Rubber Soaker Pipe Hose Making Machine are widely used in agriculture, horticulture, and ecological restoration due to their excellent water-saving and precision irrigation performance.

Agricultural Field

In large-scale farmland planting (such as wheat, corn, and rice), the pipes realize "root zone targeted irrigation" through slow seepage, reducing water waste caused by surface evaporation by more than 40% compared to flood irrigation. In greenhouse scenarios (for vegetables, flowers, and fruits), the uniform seepage of the pipes maintains stable soil moisture, avoiding root rot caused by excessive water accumulation, and increasing crop yield by 15%-20%.

Horticultural Field

In urban greening (e.g., city parks, road green belts), the micro-porous pipes can be laid under the soil to irrigate lawns and shrubs without damaging the landscape, while reducing the frequency of manual watering. For golf courses and high-end residential gardens, the pipes’ adjustable seepage rate adapts to the water needs of different plants (e.g., drought-tolerant shrubs vs. water-loving flowers), ensuring the healthy growth of greenery.

Ecological Restoration Field

In slope greening and mine reclamation projects, the slow seepage of the pipes provides continuous and gentle water supply for pioneer plants (e.g., grasses, shrubs), promoting vegetation survival rate. In wetland protection and river bank ecological restoration, the pipes help maintain a stable water level in the soil, creating a suitable living environment for aquatic and semi-aquatic organisms, and accelerating the recovery of ecological systems.