Ceylan International, enhances lives worldwide across various sectors, including infrastructure, superstructure, and agricultural products and services. We provide our services with the utmost care, never compromising on quality.

PVC pressurized clean water pipes are manufactured in sizes ranging from 20 mm to 400 mm and pressure ratings from 6 atm to 16 atm. These pipes are produced in compliance with TSE, DIN, ISO, and other international standards, ensuring durability under underground conditions and suitability for potable water transmission lines. Depending on the application, two types of pipes are manufactured: solvent-welded (adhesive socket) and push-fit (rubber ring joint). The push-fit system is produced using automatic socketing machines that ensure excellent dimensional accuracy and leak-proof connections. The pipes are standardly manufactured in 6-meter lengths (excluding the socket length).

PE pipes are manufactured either as coil pipes or straight pipes, depending on their diameters and pressure classes. Due to the mechanical properties of the PE material, these pipes can be bent 360° at a certain radius without the need for elbows. As a result, coil diameters can be 18 to 35 times larger than the pipe diameter. The use of coil pipes reduces the number of joint connections, increases installation speed, accelerates project completion, and lowers labor costs, transportation expenses, and storage costs.

Features

- Resistant to chemical substances, does not corrode, decay, or wear out. Minimum service life of 50 years.  

- High flexibility allows for external jointing outside the trench and ensures resistance to underground movements. It can be safely used in challenging and shifting terrains such as streams, rivers, lakes, and mining areas.  

- Pipe bends can be achieved with a radius 20-40 times the pipe diameter at 20°C, reducing the need for elbows and saving both time and cost.  

- Adapts well to terrain shapes during installation, minimizing the need for additional filling and allowing for waste-free assembly.  

- Effective joining methods (butt welding, electrofusion, couplings, flanged, push-fit, etc.) ensure that connections do not separate or break under pressure, providing absolute leak-proof performance.  

- Since there is no molecular permeability to the fluid, it does not alter the taste or odor of water, does not accumulate dirt or algae, does not promote bacterial growth, and contains no toxic substances. Approved by the Ministry of Health, making it safe for contact with food.

It is not affected by chemicals, does not corrode, decay, or wear out.
Due to its high flexibility, it can be joined outside of the channel and is not affected by underground movements. It can be safely used in areas with poor and shifting ground, such as rivers, lakes, and mining areas.
In pipe bends, depending on the wall thickness, it can be bent with a radius 20-40 times the diameter at 20°C, allowing for fewer elbows, making it both cost-effective and time-saving.

The basic principle of the drip irrigation method is to apply small amounts of irrigation water at frequent intervals. Irrigation is started when the soil moisture level is high. This ensures that no stress is created in the cultivated plants due to a lack of soil moisture. Only enough water is supplied to provide an environment for the plant roots to develop. In this method, the daily or several-day water requirements of the plant are typically met. Irrigation water taken from the source is purified in the filtration unit, removing sand, sediment, floating objects, and very small particles. If necessary, plant nutrients are mixed with the irrigation water using a fertilizer injection unit. Additionally, the system flow rate and pressure are monitored. The irrigation water is delivered to the emitters located near the plant via a pressurized pipe network. Under low pressure and low flow, water is delivered in the form of drops to the soil surface, where it infiltrates and spreads through the soil due to gravity and capillary forces, wetting the soil volume where plant roots develop. Typically, wet strips are obtained along plant rows, with dry areas left between the rows. With proper design and implementation, deep infiltration or surface runoff does not occur. Thus, the available water source is used efficiently.

Features:

• Maximum resistance to sunlight with UV anti-additives.
• Zero pressure loss due to the linear internal design.
• Excellent sealing performance.
• Labyrinth emitter technology for maximum clogging resistance.
• “EXCELLENT” level homogeneous irrigation according to ASABE standards.
• Internal filter emitter technology.
• Wide water passage for optimal durability at low flow rates.
• Injection emitters with very low friction.
• Homogeneous irrigation along the lateral line.