Sewer System

Pass-through sewer

The sewer system consists of:

1. PP feed pipes with diameters ranging from fi 160mm to fi 1000mm with nominal stiffness:

2. PP pass-through tubes without cup in the diameter range from fi 160mm to 1000mm with nominal stiffness:

3. PE tubes; PP XXL in diameters from fi 1200mm to fi 2400mm with nominal stiffness:

4. PP flow fittings in diameters ranging from fi 160mm to fi 1000mm

Purpose of the sewer system

The System of external drainage pipes and fittings made of PP polypropylene, in orange outside, and white in the middle, with structural walls is designed for the construction of a non-pressurized gravity sewer network ( Transport of sanitary, general and industrial wastewater). The pipes are produced in sections with working lengths of 3 or 6 meters. This System can be used as sewer wells and for laying wires and grombers under the drain. Polypropylene is particularly used for use in contaminated areas such as chemicals. Landfill and industrial waste, where the effluent from these wastes is very aggressive. The main advantage of the pass system is to use it for at least a period of 100 years. Another advantage is the use of a small amount of material for production, through which a small product weight is obtainedAnd despite all the high drainage rigidity. The high class of ring stiffness SN8 and SN10 allows the system to be used under heavy load conditions such as: domestic roads, highways and even airports. Both pipes and fittings can be combined with smooth pipes in any way, which is why they are used in individual applications. The pipes are produced by a coecking extrusion whereby two independent single-worm systems Plasticate polypropylene granules of two different colours but with similar properties, which is fed to the forming head Two pipes at the same time. The inner part of the tube is smooth, while the outer tube on the wall of the moulded sinuously (cored). The two layers of the pipe during production are combined with each other by means of pressure, creating a well-welded wall in the two-layer connection areas. Thanks to the construction of the exterior wall, they exhibit high stability when the local point loads occur, because the external wall takes over the load irregularities through its deformation. All types of PP and PE products are subjected to tests of mechanical strength, tightness and resistance to static and dynamic loads.

The network of sewage ducts with the use of penetrating Ground because of its lightness is considerably simplified. The pass-through System is 2-3 times lighter than plastic smooth-wall pipes.H solid, and 10-15 times lighter than stoneware or concrete pipes. The sewer System is resistant to the maximum temperature of wastewater up to + 60 degrees C at constant flow and + 95 degrees C; + 100 Degrees C for short-term flow.

PP Pass Pipes

PP (Polypropylene) pass-through pipes with a corrugated wall are produced in accordance with PN-EN 13476-3 with nominal peripheral stiffness SN 8 and SN 10. The pipes are manufactured in diameters ranging from fi 160mm to fi 1000mm in Orange at the outer (corrugated) wall and white in the middle of the tube. The exceptions are pipes from diameters fi 800mm to fi 1000mm, which have an external black color. The outer wall is a low-and wide-wave shape with narrow grooves, where a elastomer gasket is placed in the last groove to connect them. In addition, thanks to the exterior wall design, they exhibit high stability when local spot loads are present, because the external wall takes over its deformation of the load unevenness. Each tube, regardless of length, has a cup on one end and a second gasket. Strength calculations and technical considerations determine the applicability of different pipe types. The pass pipe System is also designed for the transport of industrial sewers, as shielding pipes for telecommunications and as drainage pipes for road drainage,and landfill. They are especially recommended for industrial sewers and in areas affected by mining damage due to their high impact resistance. It can be assumed that the noticeable fragility of the plastic occurs only at a temperature below-20 degrees C. At this temperature there are no contraindications in their transport or laying.

P-TubesPP (without Chalch)

Flow pipes made of PP (polypropylene) without a cup, with a corrugated wall are produced in accordance with PN-EN 13476-3 with a nominal drainage stiffness SN 8. The pipes are manufactured in diameters ranging from fi 160mm to fi 1000mm in Orange at the outer (corrugated) wall and white in the middle of the tube. The exceptions are pipes from diameters fi 800mm to fi 1000mm, which have an external black color. The pipes, thanks to the exterior wall design, show great stability in the presence of local point loads, because the outer wall takes over the deformation of the load unevenness. Strength calculations and technical considerations determine the applicability of different pipe types. Bosokoń's tubes (without chalices) as well as the tube tubes can also be combined, but using a two-socket coupling. The flow-free pipe System is also designed for the transport of industrial sewers, as shielding pipes for telecommunications and as drainage pipes for drainage of roads, landfills, landfill sites. Especiallyare recommended for industrial sewers and in areas affected by mining damage due to their high impact resistance. It can be assumed that the noticeable fragility of the plastic occurs only at a temperature below-20 degrees C. At this temperature there are no contraindications in their transport or laying.

Tube The EP Pass; PP XXL

XXL PP (Polypropylene) and PE (polyethylene) pass pipes with corrugated wall are produced in accordance with PN-EN 13476 + 3 + A1 with nominal peripheral stiffness SN 2, SN 4, SN 6, SN 8, SN 16. The pipes are manufactured in diameters ranging from fi 1200mm to fi 2400mm in black at the outer (corrugated) wall and white in the middle of the tube. The XXL System is mainly designed for the construction of sewage wells, reservoirs and pumping stations, but is also used for draining, draining and drainage systems. As with smaller diameters, the pass-through pipes are used for transporting industrial sewers as shielding pipes. In addition, pipelines in wastewater treatment plants, submarines (siphon systems, dump collectors), and trenchically refurbished methods. The main advantages of the system are their low weight compared to pipes with monolithic walls with similar static properties. The mounting method is as simple as that of smaller diameters due to the elastomeric gasket being assembled. Abrasion resistance is equalAn important distinguishing feature of PE pipes from other materials used in the construction of pipelines. Of the pipes of the XXL system with a variety of diameters are produced (under request) also fittings consisting of: arches, reducers, tees, whose angle of inclination is from 15 degrees C to 90 degrees C with the tips and length of the corresponding Segments. According to calculations and studies for changes occurring in natural conditions, it can already be predicted that the life of the sewage ducts of polyethylene and polypropylene laid in the ground should be at least 100 years.

PP Pass Fittings

< P>PP sewer fittings with corrugated wall (perforated) are manufactured in accordance with PN-EN 13476-3, in diameters ranging from fi 160mm to fi 1000mm, in Orange. The wide range of fittings offered allows to perform all kinds of connections occurring in sewage networks. The assortment includes: single-line knees, two-way knees, tees, tees with a departure to the smooth tube, sleeves, reducers, traditional fittings, for a cup, for smooth pipes, transitions sealed by concrete wells, stoppers, saddle connections, and seals. In terms of its performance and the possibilities of earthworks and assembly work related to the laying and joining by the use of suitable fittings in the ground, this constitutes an optimal drainage system allowing for StatementThat sanitary, industrial or universal sewer lines laid underground, under high load or in other areas, will be used for a period of at least 100 years and the investment costs will be optimal.

Advantages of the manufactured system:

  • Resistance to high temperatures-up to + 60 degrees C at constant flow and up to + 95 degrees C, + 100 degrees C with short-term flow
  • High wear resistance ÔÇô abrasion resistance < Land >Chemical resistance to many chemical substances, resistance to urban wastewater with a commercial and economic origin ranging from acidity (pH2) to bases (pH12), rainwater and groundwater contaminated with waste Organic
  • Ysoka impact resistance-the fragility of the plastic occurs only at a temperature below-20 degrees C
  • The material flexibility module ÔÇô much higher than the PE, causes the pipes to have high peripheral stiffness, both short and long-lasting
  • High Resistance to ageing in both natural and accelerated conditions ÔÇô artificial
  • Excellent hydraulics ÔÇô the smooth inner surface limits the deposition of contaminants.
  • Low weight in relation to stoneware, concrete and cast iron pipes, facilitating transport and accelerating installation
  • Total corrosion resistance ÔÇô the destructive effects of groundwater, and thereforeThe system does not require the use of protective coatings
  • Guaranteed system durability over 100 years

Storage and Transportation

The pipes shall be transported in accordance with the applicable transport regulations. The pipe System in straight sections during transport should be arranged side-by-side on the entire surface, protected against sliding and damage. The free ends extending beyond the loading box shall not be longer than the limit values laid down in the regulations and shall be adequately protected and labelled. Particular attention shall be paid to the unloading of automotive supplies which should be duly carried out by appropriate equipment or by hand. During unloading as well as manual loading, appropriate OSH regulations should be maintained concerning the minimum weights of the transferred pipes by workers. Unloading the goods with a forklift can only be done with a trolley equipped with a smooth fork. It is permissible to store the pipes only on a substrate of equal, smooth and soft, preferably wooden, not causing damage. The period of storage of pipes depends on their production, but should not exceed a period of 12 months. The stored materials must also be protected against the effects of sunlight.

Assembly

  1. at lowered ambient temperaturesTake special care when assembling pipes and fittings. Minimum temperatureSi-20 degrees C.
  2. Do not damage or crack the mounted elements.
  3. Check that the seal is installed correctly and that there is no damage to it.
  4. The cleaned end of the tube with the gasket should be pressed in a smooth (inside) cup of another pipe or fittings. The dimensional System is designed so that joints with seals exhibit absolute tightness at a pressure of at least 0.5 bar or a vacuum pressure of 0.3 bar.
  5. Auditing(a) The wires placed under the ground are controlled by CCTV cameras or video cameras, which should be carried out in order to correct the wiring ÔÇô whether there are even cable drops or no outflow arregs .

< H2 andD = "T1" style = "text-align: center;" > Dimensions of PP pass pipe

SN 8

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

Quantity in Package (PCS) palette

160

160

6000

35

160

160

3000

35

200

225

6000

15

200

225

3000

15

250

282

6000

12

250

282

3000

12

300

340

6000

9

300

340

3000

9

400

455

6000

3

400

455

3000

3

500

569

6000

2

500

569

3000

2

600

683

6000

2

600

683

3000

2

800

905

6000

2

800

905

3000

2

1000

1135

6000

2

1000

1135

3000

2

< TD Width = "25%" >300

SN 10

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

Quantity in Package (PCS) palette

160

160

6000

35

160

160

3000

35

200

200

6000

15

200

200

3000

15

250

250

6000

12

250

250

3000

12

300

6000

9

300

300

3000

9

400

400

6000

3

400

400

3000

3

500

500

6000

2

500

500

3000

2

600

600

6000

2

600

600

3000

2

800

800

6000

2

800

800

3000

2

1000

1000

6000

2

1000

1000

3000

2

Dimensions of PP Pass pipe

(without Chalch)

< TD Width = "25%" >6000

SN 8

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

Quantity in Package (PCS) palette

160

160

6000

-

200

225

15

250

282

6000

12

300

340

6000

9

400

455

6000

3

500

569

6000

2

600

683

6000

2

800

905

6000

2

100

1135

6000

2

SN 10

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

Quantity in Package (PCS) palette

160

160

6000

-

200

225

6000

15

250

282

6000

12

300

340

6000

9

400

455

6000

3

500

569

6000

2

600

683

6000

2

800

905

6000

2

100

1135

6000

2

Dimensions of the XXL pass pipe

SN 2

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

1600

1766

6000

1800

1966

6000

2000

2170

6000

2200

2372

6000

2400

2652

6000

SN 4

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

1400

1566

6000

1600

1770

6000

1800

2052

6000

2000

2272

6000

2200

2480

6000

2400

2690

6000

SN 6

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

1200

1366

6000

1400

1574

6000

1600

1852

6000

1800

2060

6000

2000

2280

6000

2200

2496

6000

2400

2726

6000

< P StyleE = "text-align: center;" >

SN 8

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

1200

1370

6000

1400

1654

6000

1600

1860

6000

1800

2080

6000

2000

2292

6000

2200

2508

6000

2400

2726

6000

< tAble style = "margin-left: auto; margin-right: auto;" cellspacing = "0" cellpadding = "5" border = "1" width = "100%" >

SN 16

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

1200

1452

6000

1400

1680

6000

1600

1896

6000

1800

2126

6000

2000

2340

6000

2200

2550

6000

Dimensions of the pass fittings PP

< Table style = "margin-left: auto; margin-right: auto;" cellspacing = "0" cellpadding = "5" border = "1" width = "100%" >

Single-Hull PP knee

Diameter (mm)

Angle

1000

90

1000

45

1000

30

1000

15

< TD atidth = "33%" >160

Two-socket knees PP

Diameter (mm)

Angle

Package Quantity (PCS)

160

90

70

45

80

160

30

80

160

15

100

200

90

48

200

45

64

200

30

64

200

15

64

250

90

27

250

45

32

250

30

32

250

15

32

300

90

24

300

45

27

300

30

27

300

15

27

400

90

8

400

45

8

400

30

8

400

15

8

500

90

4

500

45

4

500

30

4

500

15

4

600

90

2

600

45

3

600

30

3

600

15

3

800

90

-

800

45

-

800

30

-

800

15

-

Tees of cored pipes PP

Diameter (mm)

Angle

160/160

90

160/160

45

< P> 200/160

90

200/160

45

200/200

90

200/200

45

250/160

90

250/160

45

250/200

90

250/200

45

250/250

90

250/250

45

300/160

90

300/160

45

300/200

90

300/200

45

300/250

90

300/250

45

300/300

90

300/300

45

400/160

90

400/160

45

400/200

90

400/200

45

400/250

90

400/250

45

400/300

90

400/300

45

400/400

90

400/400

45

500/160

90

500/160

45

500/200

90

500/200

45

500/250

90

500/250

45

500/300

90

500/300

45

500/400

90

500/400

45

500/500

90

500/500

45

600/160

90

600/160

45

600/200

90

600/200

45

600/250

90

600/250

45

600/300

90

600/300

45

600/400

90

600/400

45

600/500

90

600/500

45

600/600

90

600/600

45

800/200

90

800/200

45

800/250

90

800/250

45

800/300

90

800/300

45

800/400

90

800/400

45

800/500

90

800/500

45

800/600

90

800/600

45

800/800

90

800/800

45

1000/200

90

1000/200

45

1000/250

90

1000/250

45

1000/300

90

1000/300

45

1000/400

90

1000/400

45

1000/500

90

1000/500

45

1000/600

90

1000/600

45

1000/800

90

1000/800

45

1000/1000

90

1000/1000

45

Tees of cored pipes PP

To the smooth pipe

Diameter (mm)

Angle

160/160

90

160/160

45

200/160

90

200/160

45

200/200

90

200/200

45

250/160

90

250/160

45

250/200

90

250/200

45

250/250

90

250/250

45

300/160

90

300/160

45

300/200

90

300/200

45

300/250

90

300/250

45

300/315

90

300/315

45

400/160

90

400/160

45

400/200

90

400/200

45

400/250

90

400/250

45

400/315

90

400/315

45

400/400

90

400/400

45

500/160

90

500/160

45

500/200

90

500/200

45

500/250

90

500/250

45

500/315

90

500/315

45

500/400

90

500/400

45

500/500

90

500/500

45

600/160

90

600/160

45

600/200

90

600/200

45

600/250

90

600/250

45

600/315

90

600/315

45

600/400

90

600/400

45

600/500

90

600/500

45

800/200

90

800/200

45

800/250

90

800/250

45

800/315

90

800/315

45

800/400

90

800/400

45

800/500

90

800/500

45

1000/200

90

1000/200

45

1000/250

90

1000/250

45

1000/315

90

1000/315

45

1000/400

90

1000/400

45

1000/500

90

1000/500

45

Sleeves korugated PP

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

Package Quantity (PCS)

160

182

167

150

200

254

220

140

250

317

270

72

300

376

315

45

400

499

427

24

500

615

437

20

600

731

508

12

800

970

657

2

1000

1212

817

2

Cored fittings PP

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

Package Quantity (PCS)

160

182

167

150

200

254

220

140

250

317

270

72

300

376

315

45

400

499

427

24

500

615

437

20

600

731

508

12

800

970

657

2

1000

1212

817

2

Fittings

to the Chalch

(PVC or PP versions available)

Diameter of corrugated side (mm)

Solid side Diameter (mm)

Length (mm)

160

160

82

200

200

101

250

250

125

300

300

149

400

400

208

500

500

247

600

630

278

< TD Width = "33%" >400

Fittings

For smooth pipe

(PVC or PP versions available)

Diameter of corrugated side (mm)

Side diameter of a solid Chalch (mm)

Length (mm)

160

160

82

200

200

101

250

250

125

300

300

149

400

208

500

500

247

< TD Width = "50%" >415

Reduction of the PP cored tube

Diameter (mm)

Length (mm)

200/160

224

250/200

317

300/200

278

300/250

367

400/200

335

400/250

493

400/300

484

500/200

390

500/250

500/300

436

500/400

585

600/200

431

600/250

456

600/300

477

600/400

534

600/500

650

800/300

565

800/400

622

800/500

677

800/600

718

1000/300

654

1000/400

711

1000/500

766

1000/600

807

1000/800

895

Eccentric reductions PP

Bk

Diameter (mm)

Length (mm)

200/160

224

250/200

314

300/200

298

300/250

387

400/200

362

400/250

440

400/300

511

500/300

461

500/400

610

600/300

498

600/400

555

600/500

671

800/400

665

800/500

720

800/600

761

1000/500

808

1000/600

849

1000/800

937

< TRvalign = "Top" >

250/200

251

Eccentric reductions PP

BK/KG

Diameter (mm)

Length (mm)

200/160

212

250/160

234

300/200

295

300/250

321

400/200

359

400/315

407

500/200

412

500/315

460

600/200

449

600/315

497

600/400

522

< TDwidth = "50%" >160

Cored Tube stoppers PP

Universal

Diameter (mm)

Length (mm)

161

200

197

250

239

300

283

400

372

500

480

600

535

Cored Tube stoppers PP

(external)

Diameter (mm)

Length (mm)

800

397

1000

486

< ColgRoup >

Cored Tube stoppers PP

(internal)

Diameter (mm)

Length (mm)

800

397

1000

486

Passage leak-proof PP

(through concrete well)

Inner diameter (mm)

Outer diameter (mm) garbs

Length (mm)

160

182

91

200

254

110

250

317

131

300

376

154

400

499

209

500

615

268

600

731

309

800

970

395

1000

1212

480

Fifth Wheel Connection PP

(mechanical connection)

Dimension (mm)

250-160

300-160

300-200

400-160

400-200

500-160

500-200

600-160

600-200

800-160

800-200

100-160

1000-200

Saddle 90 degrees C

(mechanical connection)

Dimension (mm)

250-200

300-200

400-200

500-200

< tD valign = "top" width = "100%" >Hole Cutter (For PP Fifth Wheel connection)

Dimension (mm)

160/177

200/214,5

Seals for PP cored pipe

Diameter (mm)

160

200

250

300

400

500

600

800

1000