Rubber irrigation pipe production machine turnkey project using waste rubber tire

Rubber irrigation pipe production machine turnkey project using waste rubber tire

I, Description:

Yongte's Rubber irrigation pipe production machine can recycle and process waste tires into rubber infiltration pipes, also known as rubber nanotubes. After years of research and multiple trials, Yongte has developed a mature formula for producing nanorubber tubes. The rubber tubes produced have a uniformly distributed and well-connected network of nanoscale pores, ensuring efficient water permeation and effective filtration of impurities. These rubber tubes are widely used in agricultural irrigation systems, buried infiltration pipes, and pond oxygenation systems.

II, Rubber seepage pipe making Machine

2.1, machine list and capacity

2.2, Machine pictures

III, Advantages of rubber seepage water pipe:

1， High permeability efficiency: the nanoscale pores are uniform, the permeability rate is increased by 2-3 times, and it is stable for a long time

2， Strong anti-clogging ability: the nanoscale pores allow water molecules to pass through, while blocking larger particles such as silt and microorganisms (similar to the "molecular sieve" effect), reducing the risk of blockage.

3， Long service life: through the combination of rubber and PE materials, the service life of rubber seepage pipe can reach 10-15 years, aging resistance is significantly enhanced

4， Low installation and maintenance cost: simple installation, plug in the connector to use, can be bent and rolled up, not easy to block, maintenance free cycle is long, the comprehensive cost is reduced by 40%-60%

5， Good environmental performance: the rubber seepage pipe can be produced from recycled waste tires, and can be recycled for many times, which is very economical and environmentally friendly.

IV, The main application scenarios of rubber seepage pipe

1， Agricultural water-saving irrigation: as underground water transmission pipes in drip irrigation and seepage irrigation systems, it can accurately control water and reduce soil salinization (nano filtration prevents sand from blocking the drippers).

2， Groundwater remediation and water source protection: groundwater infiltration purification of contaminated sites (adsorption of heavy metals and organic matter by nanomaterials), or filtration of water from water sources.

3， Urban rainwater management: as a permeable pipe in urban construction, it can quickly infiltrate rainwater and filter pollutants to alleviate waterlogging.

4， Sewage treatment and reuse: underground infiltration treatment of industrial wastewater and domestic sewage, nano-coating can absorb COD, heavy metals and other pollutants.