Water supply polyethylene pipe is different from drinking water polyethylene pipe and the raw materials used in the production of pipes make this difference and are of great importance. The raw materials of polyethylene drinking water pipes must be 100% new materials (without waste and recycled materials) and have obtained the necessary certificates from the health department (drinking water health certificate) and these pipes must be produced from original black materials such as UAE Burj materials. To be.
Polyethylene water pipes used for water transfer for agricultural and industrial purposes (such as cooling systems and firefighting networks) do not have this sensitivity of drinking water transfer and do not follow strict standards for drinking water pipes and easier production conditions (raw materials). They enjoy.
Polyethylene water pipes with water strip that is drawn on the pipe are different from other pipes. Due to its polymer properties, water supply polyethylene pipes are very suitable for transporting liquids that contain abrasive particles and are produced and supplied in various sizes and pressures.

All polyethylene pipes are used for water supply and the remarkable point is the type of water consumption and the water pressure that passes through the polyethylene pipe. First of all, we should mention that if you use polyethylene pipe for water supply, drinking water, the specifications of polyethylene water pipe should be according to the standard table and the type of raw materials should be careful and the raw materials for pipe production should obtain the necessary permits from competent authorities. And so-called food grade so as not to threaten human health.
The specifications of polyethylene water supply pipes are not different from other types of polyethylene pipes that are used for other uses, and the above point should be taken into account so as not to endanger public health, or to use suitable pipes for pressure water supply with transmission line and pipe. Do not suffer from defects and bursts.

Polyethylene pipes have many applications in agriculture and related industries, control of water resources and prevention of water wastage and many unique benefits of polyethylene pipes have led to the use of these pipes more than before, high durability and strength, easy installation Low cost, long life, light weight, flexibility, resistance to sunlight, corrosion resistance, hygienic and non-toxic and high variety in size and size, are just some of the advantages of polyethylene pipes that farmers And encourages practitioners to use polyethylene pipes.
In almost all farms and greenhouses in the world, polyethylene pipes have been used in some way. Large sizes of these pipes can be used in high pressure water transfer and water distribution network, and finally for irrigation of plants and agricultural lands of small sizes. And used fine.

Various connections (drippers) for irrigation of gardens and fields have been produced and marketed, by which they can control the amount of water output and save a lot of water and prevent evaporation and waste of water.

Agricultural polyethylene pipe is the main element for saving and optimal use of water in agriculture with modern irrigation methods that have been created and are being developed every day. Water transfer and control by polyethylene pipes and some modern irrigation systems include the following: Pressure irrigation, drip irrigation, irrigation by irrigation strip, sprinkler irrigation, local irrigation

Also, in traditional irrigation and surface irrigation methods, polyethylene pipes are used to transfer water to prevent water from evaporating and sinking into the soil, and the valved polyethylene pipe is one of the most prominent types of polyethylene pipes in this regard.

• Reduce costs associated with irrigation installation and management systems

• Increasing the speed, volume and pressure of transferring clean water to agricultural products in a completely controlled way

• Reduce water loss or leakage compared to traditional plumbing systems

• Increase the efficiency of equipment and staff due to the easy installation and commissioning of polyethylene pipes

• Reduce the risk of water supply system failure

• Reduce maintenance costs of irrigation and water supply systems

An efficient and reliable drainage system helps to maintain the safety of roads, passages, parking lots and other urban areas, and also a proper drainage network leads to the management of rainwater and groundwater in urban thoroughfares and agricultural lands and ensures the optimal use of Water resources and the environment.

Kerman Hayat Water Series produces and markets a complete set of pipes, polyethylene fittings, each of which has key applications in the drainage network. Polyethylene pipes and fittings with their many advantages have become the main choice of employers, contractors and consultants.

With the growth of urban living spaces and urban and rural needs, performing engineering infrastructure in modern and contemporary ways is one of the pillars of managing and conserving resources. Drainage is one of the infrastructures that has been done in various ways since ancient times and is of great importance. Drainage is the process of removing excess surface water and managing shallow groundwater through storage, transmission, disposal and water quality management to achieve desired economic and social benefits, while preserving the environment.
Drainage is generally used to collect and manage surface and subsurface water and is used in urban structures (highways, streets, sports fields, parks, green spaces and urban thoroughfares), agricultural lands and even yards. And it must be taken seriously. Depending on where the drainage is to be done, the pipes, fittings and the way the drainage system is to be carried out will be different and different pipes will be needed to do them.

• Drainage streets and highways

• Drainage and collection of surface water (rainwater and storm water)

• Drainage of yards / buildings

• Drainage of agricultural lands and gardens

• Drainage and collection of excess water on sports fields (football field, golf course, etc.)

• Drainage and collection of excess water in parks and urban green spaces