Polyethylene pipes of the Politek 3000 system are products with a profiled wall. This modern design plastic sewer pipes with corrugated outer and smooth inner surfaces. The walls are connected to each other at the production stage by continuous extrusion and form a reliable cast structure.

The pipes are lightweight, so they can be installed quickly and without the use of special lifting mechanisms. The two-layer design of the Politek 3000 corrugated pipes provides high stability to the effects of static and dynamic loads (earth layer), due to the elastic structure of the pipes they are highly resistant to seismic soil movements.

Smooth inner surface with low friction coefficient provides high speed passage of water. The degree of smoothness of the inner surface of polyethylene pipes is close to that of glass, so there is practically no sediment or blockages formed in them.

Despite their low weight, the pipes have high ring stiffness (at least 8 kPa - heavy class), due to which they can be used under conditions of significant external loads. Drainage pipes"Politek 3000" are produced without sockets and are connected to each other using couplings.

Double layer polyethylene pipes"Politek 3000" are resistant to aggressive substances. is a pipeline system without pressure and operating with incomplete filling. Biogenic sulfuric acid, which is formed when flowing through pipes waste water, and acid vapors in pipe voids lead to corrosion of pipe walls and reduce their service life. In concrete pipes, as a result of such corrosion, the thickness decreases by 1 mm annually. Cast iron sewer pipes are destroyed by corrosion approximately 8 times slower than concrete pipes, but 3 times faster than plastic pipes. In two-layer pipes made of Politek 3000 plastic there is practically no chemical wear and corrosion. The high chemical resistance of polyethylene pipes allows them to be used not only for the construction of sanitary, storm and general purpose, as well as for non-pressure underground industrial sewer systems, used for the removal of various liquid chemical products, including aggressive ones.

The presence of sand and other mechanical particles in sewage drains places demands on pipes for resistance to abrasion. Plastic pipes"Politek 3000" has the greatest wear resistance in comparison with sewer pipes made of other materials.

Polyethylene pipes "Politek 3000" are:

You can get more information about the design and functional advantages of Politek 3000 pipes

Regionapplications

Double-layer pipelines are used for underground laying in non-pressure systems for draining sewer and rain water, as well as other needs that allow this type of material and pipe design. More often - in the city general external sewerage, primarily as collectors. Collectors most often pass under the streets of cities and regions, and are laid to a depth of less than 2.5 meters, often reaching 6...7 meters. They can be used for the construction of sewer networks for sanitary, storm and general purposes, and due to their high chemical resistance they can be successfully used in the construction of industrial non-pressure networks.

Specifications:
· Pipes are made of HDPE.
· Operating temperature range – from -40С to +40С.
· Tensile strength – up to -40C.
· Maintains stability of shapes – up to +60C.
· Pipes are resistant to all aggressive substances with pH=2 – pH=12.
· Operational durability of at least 100 years

Double-layer pipes have a double wall. The corrugated outer shell gives the pipe increased resistance to external loads, and the smooth inner wall increases the fluidity of wastewater and self-cleaning. Thanks to their rigid polyethylene construction, they can be installed at temperatures down to -25C.
The inner surface of the pipe is black, and the outer surface, on which there are code strips indicating the purpose of the pipe, is red. Double layer pipes come with internal diameter from D 100 to D 315 mm. The 6 m long pipe has a socket and an O-ring, which is inserted into a second groove at the smooth end of the pipe.
The design of Politek 3000 double-layer pipes, which increases the level of strength, makes it possible to increase the depth of their installation, as well as their use in sewer construction in places with high dynamic loads (motorways, roads, airports, railway stations).

Pipes "Politek 3000" are characterized by:

• high ring rigidity;
• withstand increased soil pressure;
• weight is 45% lower compared to smooth-walled pipes with similar ring stiffness;
• high quality production using the most advanced technology;
• low pipe cost;
• high chemical resistance;
• high degree of installation efficiency due to the elimination of the need for heavy equipment.

Design advantages of two-layer polyethylene pipes "Politek 3000"

Pipes of the Politek 3000 system are pipes with a profiled wall. The pipe has a double-walled structure, in which the outer wall is corrugated and the inner wall is smooth. Both walls are connected to each other in a continuous extrusion step, creating a cast structure.
The pipes are lightweight, allowing them to be installed quickly without the use of heavy equipment. Due to the two-layer design, corrugated pipes "Politek 3000" are resistant to the effects of large static and dynamic loads (earth layer) due to the elastic structure of the pipes, no seismic movements of the soil affect them. The smooth inner surface and internal friction coefficient ensure high water flow rate. The smoothness of the inner surface of the pipes is close to the smoothness of the glass surface, so sediment and blockages do not form in the pipes.
With a low weight, the pipes have a high ring stiffness of no less than 8 kPa (heavy class), due to which they can be used under all conditions of external loads, and when they are laid in green areas, less demanding installation conditions can be used

Chemical resistance of polyethylene:

Corrugated two-layer polyethylene pipes "Politek 3000" are resistant to various chemicals. As is known, sewer pipelines form an incompletely filled system. pipeline system no pressure. Biogenic sulfuric acid, which is formed by wastewater flowing through pipes, and acid vapors in the voids of pipes, lead to corrosion of pipe walls and have a direct effect on reducing its service life. In concrete pipes, this leads to a disruption of the structure of cement, the percentage of wear and solubility of which is very high and reaches 1 mm. in year. There is no chemical wear or corrosion in two-layer polyethylene pipes "Politek 3000".
The high chemical resistance of polyethylene allows the pipes to be used not only for the construction of sanitary, storm water and general purpose networks, but also for non-pressure underground industrial pipelines, contaminated chemicals(for example, landfills, industrial waste storage facilities).
Due to the presence of sand and other impurities in the drains, the strength and operating conditions of Politek 3000 pipes can be judged by their resistance to abrasion. They are highly resistant to friction-related wear. Polyethylene is characterized by the greatest wear resistance among materials used for the production of sewer pipes.

Economical:

Compared to identical products, corrugated pipes provide high cost-effectiveness both in terms of system longevity, ease of transportation, lack of waste and ease of use, as well as in terms of their installation and ability to use with other pipe systems. Corrugated pipes are light in weight and have high degree impact resistance. The ability to use the product without waste, the ease of cutting to any length, the ability to connect using fittings, allows you to use even the smallest pieces of pipe. The pipes are connected into a socket with o-ring, which eliminates the need for electric welding machines, adhesives and other auxiliary materials. Corrugated pipes can be used for many years without special care. Based on all of the above, it becomes clear that they are indispensable for sewer systems and rainwater drainage systems.

Pipes of the Politek 3000 system are pipes with profiled walls. A pipe arises as a result of the connection between two synchronously extruded pipes: the outer one is corrugated and the inner one is smooth. Both pipes are molecularly connected to each other, creating a homogeneous structure. Pipes with this structure are called double-wall pipes. Thanks to this particular wall design, with a low weight of the pipe, it is possible to ensure its high ring rigidity. Pipes of the Politek PTK system are produced with a ring stiffness class of 8 kPa, which corresponds to heavy-duty pipes.

Compared to smooth-walled pipes with similar ring stiffness, Politek 3000 pipes are approximately 3 times lighter than PVC or PE pipes with a monolithic wall, 15 times lighter than ceramic pipes, and 20 times lighter than concrete pipes.

POLYPROPYLENE CORRUGATEDSEWER PIPES IKAPLAST(TU 2248-005-50049230-2011)

Polypropylene
e sewer pipes are used more often than pipes made of other materials. The IKAPLAST plant produces corrugated sewer pipes with a diameter from 160 to 630 mm. The ring stiffness of these pipes is SN8, SN10 or SN16.

Polypropylene sewer pipes SN8 are manufactured according to TU 2248-005-50049230-2011 (meet the requirements of GOST R 54475-2011), SN10 pipes are produced according to TU 2248-010-50049230-2014, while SN16 pipes are produced in accordance with GOST 54475- 2011. Sewer corrugated pipes There are single-layer and double-layer. Pipes from the IKAPLAST plant have a two-layer structure. The outer layer is corrugated, which in turn protects the pipe from adverse influences environment, while the inner layer is manufactured with a completely smooth surface, this helps ensure better throughput. Polypropylene sewage pipe IKAPLAST is red-brown on the outside, the inner layer is white for SN8 pipes and yellow for SN16 pipes. The IKAPLAST company also offers its customers plastic wells for sewerage for various purposes. Double-layer corrugated pipes have their own distinctive features:

• The service life of such a pipe is at least fifty years, subject to proper operating and installation conditions.
• Complete with all necessary fittings
• High strength of the socket - does not deform during transportation
• Guaranteed environmental Safety;
• Easy to install

A high level of reliability is ensured by the use of IKAPLAST double-layer corrugated pipes during construction engineering communications, and major renovation non-pressure household and storm sewer. Our pipes are used in the construction of highways, airports, residential complexes and sports facilities. For example, IKAPLAST sewer corrugated pipes were used in the reconstruction of the Palace Bridge, the construction of communications for the oil terminal of the port of Ust-Luga, Nissan and Toyota automobile plants, the Baltic Pearl residential complex and many other objects. Polypropylene has high chemical resistance, making such pipes resistant to strong alkalis, strong and weak mineral acids, salt solutions and aliphatic hydrocarbons. Corrugated polypropylene sewer pipes do not crack under the influence of surfactants, which is a significant advantage compared to

Specifications:

· Pipes are made of HDPE.
· Operating temperature range – from -40С to +40С.
· Tensile strength – up to -40C.
· Maintains stability of shapes – up to +60C.
· Pipes are resistant to all aggressive substances with pH=2 – pH=12.
· Operational durability of at least 100 years

Double-layer pipes have a double wall. The corrugated outer shell gives the pipe increased resistance to external loads, and the smooth inner wall increases the fluidity of wastewater and self-cleaning. Thanks to their rigid polyethylene construction, they can be installed at temperatures down to -25C.
The inner surface of the pipe is black, and the outer surface, on which there are code strips indicating the purpose of the pipe, is red. Double-layer pipes are supplied with internal diameters from D 100 to D 315 mm. The 6 m long pipe has a socket and an O-ring, which is inserted into a second groove at the smooth end of the pipe.
The design of Politek 3000 double-layer pipes, which increases the level of strength, makes it possible to increase the depth of their installation, as well as their use in sewer construction in places with high dynamic loads (motorways, roads, airports, railway stations).

Pipes "Politek 3000" are characterized by:

• high ring rigidity;
• withstand increased soil pressure;
• weight is 45% lower compared to smooth-walled pipes with similar ring stiffness;
• high quality production using the most advanced technology;
• low pipe cost;
• high chemical resistance;
• high degree of installation efficiency due to the elimination of the need for heavy equipment.

Design advantages of two-layer polyethylene pipes "Politek 3000"

Pipes of the Politek 3000 system are pipes with a profiled wall. The pipe has a double-walled structure, in which the outer wall is corrugated and the inner wall is smooth. Both walls are connected to each other in a continuous extrusion step, creating a cast structure.
The pipes are lightweight, allowing them to be installed quickly without the use of heavy equipment. Due to the two-layer design, corrugated pipes "Politek 3000" are resistant to the effects of large static and dynamic loads (earth layer) due to the elastic structure of the pipes, no seismic movements of the soil affect them. The smooth inner surface and internal friction coefficient ensure high water flow rate. The smoothness of the inner surface of the pipes is close to the smoothness of the glass surface, so sediment and blockages do not form in the pipes.
With a low weight, the pipes have a high ring stiffness of no less than 8 kPa (heavy class), due to which they can be used under all conditions of external loads, and when they are laid in green areas, less demanding installation conditions can be used

Chemical resistance of polyethylene:

Corrugated two-layer polyethylene pipes "Politek 3000" are resistant to various chemicals. As is known, sewer pipelines form an incompletely filled pipeline system without pressure. Biogenic sulfuric acid, which is formed by wastewater flowing through pipes, and acid vapors in the voids of pipes, lead to corrosion of pipe walls and have a direct effect on reducing its service life. In concrete pipes, this leads to a disruption of the structure of cement, the percentage of wear and solubility of which is very high and reaches 1 mm. in year. There is no chemical wear or corrosion in two-layer polyethylene pipes "Politek 3000".
The high chemical resistance of polyethylene allows the pipes to be used not only for the construction of sanitary, stormwater and general purpose networks, but also for non-pressure underground industrial pipelines contaminated with chemicals (for example, landfills, industrial waste storage facilities).
Due to the presence of sand and other impurities in the drains, the strength and operating conditions of Politek 3000 pipes can be judged by their resistance to abrasion. They are highly resistant to friction-related wear. Polyethylene is characterized by the greatest wear resistance among materials used for the production of sewer pipes.

Economical:

Compared to identical products, corrugated pipes provide high cost-effectiveness both in terms of system longevity, ease of transportation, lack of waste and ease of use, as well as in terms of their installation and ability to use with other pipe systems. Corrugated pipes are light in weight and have a high degree of impact resistance. The ability to use the product without waste, the ease of cutting to any length, the ability to connect using fittings, allows you to use even the smallest pieces of pipe. The pipes are connected into a socket with an o-ring, which eliminates the need for electric welding machines, adhesives and other auxiliary materials. Corrugated pipes can be used for many years without special care. Based on all of the above, it becomes clear that they are indispensable for sewer systems and rainwater drainage systems.

Pipes of the Politek 3000 system are pipes with profiled walls. A pipe arises as a result of the connection between two synchronously extruded pipes: the outer one is corrugated and the inner one is smooth. Both pipes are molecularly connected to each other, creating a homogeneous structure. Pipes with this structure are called double-wall pipes. Thanks to this particular wall design, with a low weight of the pipe, it is possible to ensure its high ring rigidity. Pipes of the Politek PTK system are produced with a ring stiffness class of 8 kPa, which corresponds to heavy-duty pipes.

Compared to smooth-walled pipes with similar ring stiffness, Politek 3000 pipes are approximately 3 times lighter than PVC or PE pipes with a monolithic wall, 15 times lighter than ceramic pipes, and 20 times lighter than concrete pipes.