Water and Sewage networks

DN315, DN425 and DN600 plastic wells are specially designed wells for sewage systems. These wells are made of high-quality plastic that is corrosion resistant, lightweight, and easy to install. The wells are often used in road construction and industry to ensure the operation of water and sewage systems and to support environmental management.
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The main properties of these plastic wells are the following:

• Difference in diameter (DN): Wells are manufactured in several different diameters, i.e. DN315, DN425, DN600 and DN1000, so you can choose the right size based on your specific design needs.
• Cast iron covers or grates: The wells are equipped with cast iron covers or grates that provide easy access to the inside of the wells. This facilitates maintenance and access to components inside the well.
• Easy installation: The wells are easy and convenient to install, which allows to save time and resources in the project.
• Durability: Plastic wells are durable and require little maintenance, which is why they are a long-term investment.
• Adaptation to different systems: The wells can be used for both rainwater systems as well as other engineering systems depending on design needs.

The plastic wells are reliable, functional, and convenient to use, while different versions can be adapted to various engineering applications. It is an excellent choice for projects that require a safe and efficient water and wastewater management system.

PE100 and PE100 RC plastic pipes are high-quality pipes that are used to transfer potable water, sewage, and gas. The pipes are made of polyethylene, which is durable, long-lasting and resistant to various chemicals, so they have a wide range of applications.
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Key features and benefits:

• Corrosion resistance: PE100 and PE100 RC pipes are corrosion resistant, which is very important for both potable water and sewage transfer. They do not cause rust or other damage to water quality.
• Resistance to temperature fluctuations: PE100 and PE100 RC pipes are resistant to temperature fluctuations, so they can be used in various climatic conditions.
• Durability: The pipes are durable (up to 100 years), so projects using them require less maintenance and repairs.
• Hydraulic fluidity: PE100 and PE100 RC pipes have a smooth inner surface that ensures low hydraulic resistance, reduces losses and increases water or gas transfer efficiency.
• Impact resistance: PE100 RC pipes are highly resistant to impacts, so they are suitable for sites with heavy loads or damaging mechanical factors.
• Environmental protection: Polyethylene pipes are environmentally friendly because they are recyclable and have less ecological footprint than other materials.

These plastic pipes are very versatile and are used in various engineering structures where reliable and efficient pipes are needed for water supply, sewage disposal or gas transfer. PE100 and PE100 RC pipes ensure safe and reliable material transfer and long-term use.

Plastic PVC pipes manufactured in accordance with the requirements of EN 1401 and EN 13476-2 standards are elements of a high-quality engineering system and are widely used both in sewage systems and rainwater drainage systems. These pipes are made of polyvinyl chloride (PVC) with many properties that help ensure efficient and reliable engineering use.
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Key features and benefits:

• Chemical resistance: PVC pipes are resistant to various chemicals and therefore suitable for use in sewage systems that may contain various chemical compounds.
• Corrosion and wear resistance: PVC pipes are resistant to corrosion and chemical wear and tear, so they can ensure a long service life without structural changes.
• Lightness: PVC pipes are lightweight and therefore easy to transport, handle and install. This reduces labour intensity and time spent installing engineering networks.
• Resistance to microbes and bacteria: The pipes are hygienic as the PVC material prevents the growth of microbes or other bacteria, making them suitable for use in water supply systems.
• Lightness. PVC pipes are light, so they are easy to transport, handle and install. This reduces labor intensity and time spent installing engineering networks.
• Durability: PVC pipes are durable with a long service life without regular maintenance or replacement.

These plastic PVC pipes manufactured according to EN 1401 and EN 13476-2 standards meet strict requirements that ensure their quality, reliability and durability. These are efficient, reliable and long-lasting elements that are widely used in various engineering structures, where reliable water drainage or long-lasting sewage systems are required.

Plastic PP (polypropylene) pipes manufactured in accordance with the requirements of LST EN 13476-3 standard are high-quality pipes that are used in water supply, sewerage, rainwater drainage and other engineering structures. These pipes are made of polypropylene which has good resistance properties in various climatic conditions.
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Key features and benefits:

• Corrosion and chemical resistance: PP pipes are resistant to corrosion and many chemicals, so they are suitable for use even in aggressive environments.
• Lightness: These pipes are lightweight and therefore easy to transport, install and handle in engineering structures.
• Durability: PP pipes are durable and have a long service life, requiring minimum maintenance or repairs.
• Resistance to temperature fluctuations: They are resistant to temperature changes, so they can be used in different climates.
• Impact resistance: PP pipes are impact resistant and suitable in places where there may be mechanical loads.
• Protection against contamination: PP pipes ensure the protection against contamination or bacteria entering the water supply system.
• Easy connection: PP pipes can be easily connected to other elements, thus ensuring hermetic connections.

Plastic PP pipes manufactured according to LST EN 13476-3 standard meet strict requirements that ensure their quality. These are reliable and efficient engineering elements that are often used in water supply, sewage and other engineering systems to ensure safe, reliable and efficient water supply or sewage disposal.

Drainage pipes wrapped in geotextile or geocomposite are engineering elements used in land drainage systems to manage rainwater runoff, protect against erosion, and improve soil stability and water management. These pipes are usually available in coils or sold in segments and are wrapped in geotextile or geocomposite for easier installation and adequate water drainage.
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Key features and benefits:

• Drainage functionality: These pipes are designed for drainage and allow the efficient removal of excess water from the ground surface or from underground layers, protecting against potential erosion and moisture accumulation.
• Geotextile/geocomposite protection: Geotextile or geocomposite wrapping protects pipes from contamination, prevents small particles or sand from entering the drainage system and ensures good water permeability.
• Corrosion resistance: Drainage pipes are usually made of plastic or polyethylene, ensuring resistance to corrosion and long-term use.
• Light and easy to install: Plastic drainage pipes are easy to transport and install, which allows to save time and labour costs.
• Hydraulic efficiency: Multi-layer drainage pipes ensure good hydraulic efficiency, which means that water is drained quickly and efficiently through the system.
• Durability: Drainage pipes are resistant to environmental factors and have a long service life without much maintenance.

These engineering structures with protective geotextile wrapping are used in engineering structures such as road, dam or well construction, horticulture, agriculture and many other situations that require an efficient water drainage system. Their main function is to control water flows, protect against erosion and ensure soil stability, improving environmental protection and land use efficiency.