Corrugated Pipes
CORRUGATED PIPE DIAMETER SPECIFICATIONS
PIPE SEAL
FITTING PART GASKET
45° ELBOW
90° ELBOW
BLACKTAP
PVC OUTLET “C”
PVC OUTLET “TE”
CORRUGATED OUTLET “C”
“TE” WITH CORRUGATED OUTLET
REDUCTION
CORRUGATED ADAPTER
CORRUGATED PVC ADAPTER
INSTALLATION DIAGRAMS
CORRUGATED PIPE DIAMETER SPECIFICATIONS
NOMINAL DIAMETER | MIN. INNER DIAMETER | MAX. OUTER DIAMETER | SIZE | RING RIGIDITY | TÜR |
DN (MM) | ID (MM) | OD (MM) | (M)* | ||
100 | 96 | 111 | 6 — 12 | SN 8 | Plain — Muffled |
150 | 146 | 169 | 6 — 12 | SN 4-8 | Plain — Muffled |
200 | 196 | 229 | 6 — 12 | SN 4-8 | Plain — Muffled |
300 | 297 | 347 | 6 — 12 | SN 4-8 | Plain — Muffled |
400 | 396 | 462 | 6 — 12 | SN 4-8 | Plain — Muffled |
500 | 495 | 578 | 6 — 12 | SN 4-8 | Plain — Muffled |
600 | 589 | 692 | 6 — 12 | SN 4-8 | Plain — Muffled |
800 | 6 — 12 | SN 4-8 | Plain — Muffled | ||
1000 | 6 — 12 | SN 4-8 | Plain — Muffled |
A | : | Pillow layer (Max. 100 mm coarse grained material or concrete when ground improvement requires) | |
B | : | Trench width (d+400 mm) | |
C | : | Shirt layer | |
øD | : | Pipe diameter (mm) | |
c1 | : | Top Shirt layer (Min 300 mm) | |
a | : | 0.25 x D | |
b | : | 0.75 x D | |
E | : | Upper layer (Min 500 mm) | |
H1 | : | Distance between the top of the pipe and the ground | |
∝ | : | Bearing angle |
PIPE SEAL
DIAMETER | PIPE SEAL | ||
mm | Code | ||
100 | PK C 100 | * | |
150 | PK C 150 | * | |
200 | PK C 200 | * | |
300 | PK C 300 | * | |
400 | PK C 400 | * | |
500 | PK C 500 | * | |
600 | PK C 600 | * | |
800 | PK C 800 | * | |
1000 | PK C 1000 | * |
FITTING PART GASKET
DIAMETER | FITTING PART GASKET | ||
mm | Code | ||
PK EC 100 | PK EC 100 | * | |
PK EC 150 | PK EC 150 | * | |
PK EC 200 | PK EC 200 | * | |
PK EC 300 | PK EC 300 | * | |
PK EC 400 | PK EC 400 | * | |
PK EC 500 | PK EC 500 | * | |
PK EC 600 | PK EC 600 | * | |
PK EC 800 | PK EC 800 | * | |
PK EC 1000 | PK EC 1000 | * |
45° ELBOW
DIAMETER | 45° ELBOW | ||
mm | Code | ||
100 | PK D45 100 | * | |
150 | PK D45 150 | * | |
200 | PK D45 200 | * | |
300 | PK D45 300 | ** | |
400 | PK D45 400 | ** | |
500 | PK D45 500 | ** | |
600 | PK D45 600 | ** | |
800 | PK D45 800 | ** | |
1000 | PK D45 1000 | ** |
90° ELBOW
DIAMETER | 90° ELBOW | ||
mm | Code | ||
100 | PK D90 100 | * | |
150 | PK D90 150 | * | |
200 | PK D90 200 | * | |
300 | PK D90 300 | ** | |
400 | PK D90 400 | ** | |
500 | PK D90 500 | ** | |
600 | PK D90 600 | ** | |
800 | PK D90 800 | ** | |
1000 | PK D90 1000 | ** |
BLACKTAP
DIAMETER | BLACKTAP | ||
mm | Code | ||
100 | PK 100 | * | |
150 | PK 150 | * | |
200 | PK 200 | * | |
300 | PK 300 | ** | |
400 | PK 400 | ** | |
500 | PK 500 | ** | |
600 | PK 600 | ** | |
800 | PK 800 | ** | |
1000 | PK 1000 | ** |
PVC OUTLET “C”
DIAMETER | PVC OUTLET “C” | ||
mm | Code | ||
Ø100/ Ø110 | PK CP 100/110 | ** | |
Ø150/ Ø110 | PK CP 150/110 | *** | |
Ø150/ Ø125 | PK CP 150/125 | *** | |
Ø200/Ø110 | PK CP 200/110 | * | |
Ø200/ Ø125 | PK CP 200/125 | *** | |
Ø200/ Ø160 | PK CP 200/160 | *** | |
Ø200/ Ø200 | PK CP 200/200 | ** | |
Ø300/ Ø110 | PK CP 300/110 | *** | |
Ø300/ Ø125 | PK CP 300/125 | *** | |
Ø300/ Ø160 | PK CP 300/160 | *** | |
Ø300/ Ø200 | PK CP 300/200 | ** | |
Ø400/ Ø110 | PK CP 400/110 | *** | |
Ø400/ Ø125 | PK CP 400/125 | *** | |
Ø400/ Ø160 | PK CP 400/160 | *** | |
Ø400/ Ø200 | PK CP 400/200 | ** | |
Ø500/ Ø110 | PK CP 500/110 | *** | |
Ø500/ Ø125 | PK CP 500/125 | *** | |
Ø500/ Ø160 | PK CP 500/160 | *** | |
Ø500/ Ø200 | PK CP 500/200 | ** |
PVC OUTLET “TE”
DIAMETER | PVC OUTLET “TE” | ||
mm | Code | ||
Ø100/ Ø110 | PK TP 100/110 | ** | |
Ø150/ Ø110 | PK TP 150/110 | *** | |
Ø150/ Ø125 | PK TP 150/125 | *** | |
Ø200/Ø110 | PK TP 200/110 | *** | |
Ø200/ Ø125 | PK TP 200/125 | *** | |
Ø200/ Ø160 | PK TP 200/160 | *** | |
Ø200/ Ø200 | X | XX | |
Ø300/ Ø110 | PK TP 300/110 | *** | |
Ø300/ Ø125 | PK TP 300/125 | *** | |
Ø300/ Ø160 | PK TP 300/160 | *** | |
Ø300/ Ø200 | PK TP 300/200 | ** | |
Ø400/ Ø110 | PK TP 400/110 | *** | |
Ø400/ Ø125 | PK TP 400/125 | *** | |
Ø400/ Ø160 | PK TP 400/160 | *** | |
Ø400/ Ø200 | PK TP 400/200 | ** | |
Ø500/ Ø110 | PK TP 500/110 | *** | |
Ø500/ Ø125 | PK TP 500/125 | *** | |
Ø500/ Ø160 | PK TP 500/160 | *** | |
Ø500/ Ø200 | PK TP 500/200 | ** |
CORRUGATED OUTLET “C”
DIAMETER | CORRUGATED OUTLET “C” | ||
mm | Code | ||
Ø100/ Ø100 | PK CK 100/100 | ** | |
Ø150/ Ø100 | PK CK 150/100 | *** | |
Ø150/ Ø150 | PK CK 150/150 | * | |
Ø200/ Ø100 | PK CK 200/100 | *** | |
Ø200/ Ø150 | PK CK 200/150 | *** | |
Ø200/ Ø200 | PK CK 200/200 | * | |
Ø300/ Ø100 | PK CK 300/100 | *** | |
Ø300/ Ø150 | PK CK 300/150 | *** | |
Ø300/ Ø200 | PK CK 300/200 | ** | |
Ø300/ Ø300 | PK CK 300/300 | ** | |
Ø400/ Ø100 | PK CK 400/100 | *** | |
Ø400/ Ø150 | PK CK 400/150 | *** | |
Ø400/ Ø200 | PK CK 400/200 | ** | |
Ø400/ Ø300 | PK CK 400/300 | ** | |
Ø400/ Ø400 | PK CK 400/400 | ** | |
Ø500/ Ø100 | PK CK 500/100 | *** | |
Ø500/ Ø150 | PK CK 500/150 | *** | |
Ø500/ Ø200 | PK CK 500/200 | ** | |
Ø500/ Ø300 | PK CK 500/300 | ** | |
Ø500/ Ø400 | PK CK 500/400 | ** | |
Ø500/ Ø500 | PK CK 500/500 | ** |
“TE” WITH CORRUGATED OUTLET
DIAMETER | “TE” WITH CORRUGATED OUTLET | ||
mm | Code | ||
Ø100/ Ø100 | PK TK 100/100 | * | |
Ø150/ Ø100 | PK TK 150/100 | *** | |
Ø150/ Ø150 | PK TK 150/150 | * | |
Ø200/ Ø100 | PK TK 200/100 | *** | |
Ø200/ Ø150 | PK TK 200/150 | *** | |
Ø200/ Ø200 | PK TK 200/200 | * | |
Ø300/ Ø100 | PK TK 300/100 | *** | |
Ø300/ Ø150 | PK TK 300/150 | *** | |
Ø300/ Ø200 | PK TK 300/200 | ** | |
Ø300/ Ø300 | PK TK 300/300 | ** | |
Ø400/ Ø100 | PK TK 400/100 | *** | |
Ø400/ Ø150 | PK TK 400/150 | *** | |
Ø400/ Ø200 | PK TK 400/200 | ** | |
Ø400/ Ø300 | PK TK 400/300 | ** | |
Ø400/ Ø400 | PK TK 400/400 | ** | |
Ø500/ Ø100 | PK TK 500/100 | *** | |
Ø500/ Ø150 | PK TK 500/150 | *** | |
Ø500/ Ø200 | PK TK 500/200 | ** | |
Ø500/ Ø300 | PK TK 500/300 | ** | |
Ø500/ Ø400 | PK TK 500/400 | ** | |
Ø500/ Ø500 | PK TK 500/500 | ** |
REDUCTION
DIAMETER | REDUCTION | ||
mm | Code | ||
Ø150/ Ø100 | PK R 150/100 | *** | |
Ø200/ Ø100 | PK R 200/100 | *** | |
Ø200/ Ø150 | PK R 200/150 | * | |
Ø300/ Ø100 | PK R 300/100 | *** | |
Ø300/ Ø150 | PK R 300/150 | *** | |
Ø300/ Ø200 | PK R 300/200 | ** | |
Ø400/ Ø100 | PK R 400/100 | *** | |
Ø400/ Ø150 | PK R 400/150 | *** | |
Ø400/ Ø200 | PK R 400/200 | ** | |
Ø400/ Ø300 | PK R 400/300 | ** | |
Ø500/ Ø200 | PK R 500/200 | ** | |
Ø500/ Ø300 | PK R 500/300 | ** |
CORRUGATED ADAPTER
ADAPTER | |
Code | |
PK AK 150/100 | * |
PK AK 200/150 | * |
CORRUGATED PVC ADAPTER
DIAMETER | CORRUGATED ADAPTER | ||
mm | Code | ||
Ø150/ Ø110 | PK AP 150/110 | * | |
Ø150/ Ø125 | PK AP 150/125 | * | |
Ø200/ Ø160 | PK AP 200/160 | * |
INSTALLATION DIAGRAMS
DIAMETER 200 MODULAR SYSTEM INSTALLATION SCHEME
DIAMETER 150 MODULAR SYSTEM ASSEMBLY SCHEME
What is Corrugated Pipe?
Corrugated pipe is a type of pipe widely used especially in construction and infrastructure projects. These pipes are generally produced from durable thermoplastic materials such as polyethylene (PE) and polypropylene (PP). The most distinctive feature of corrugated pipes is the corrugated structure on them. This structure gives the pipes both flexibility and extra strength, so they can be used effectively in a variety of applications. Koruge pipe , from water and wastewater transportation It has a wide range of uses, from cable protection systems to cable protection systems. They are also frequently preferred in agricultural irrigation, under-road drainage systems and waterproofing processes in building foundations. The flexibility of these pipes provides high resistance to ground movements and external pressures, making them reliable even in natural disasters such as earthquakes.Corrugated Pipe Types
Corrugated pipe is one of the important building materials widely used in many areas such as construction, plumbing, electrical installation and industrial applications. In this category, we will focus on basic information about corrugated pipe types and provide content where we will explain the types designed for different usage areas.- PVC Corrugated Pipe: Corrugated pipes produced from PVC (Polyvinyl Chloride) material are widely used in plumbing and drainage systems. It is lightweight and durable, and resistant to chemicals, so it is a safe option when in contact with drinking water.
- PP (Polypropylene) Corrugated Pipes: PP corrugated pipes are generally preferred for the transportation of industrial chemicals or applications that require chemical resistance. They also have high temperature tolerance.
- HDPE (High Density Polyethylene) Corrugated Pipes: HDPE corrugated pipes are frequently used in drainage systems such as underground water drainage, rainwater collection and industrial drainage. Thanks to their flexibility, they adapt well to underground conditions.
- Steel Corrugated Pipes: Steel corrugated pipes are used especially in large-diameter waterways, channels and wastewater transportation systems. They are preferred due to their durability and high carrying capacity.
- Aluminum Corrugated Pipes: Aluminum corrugated pipes are easy to transport and install because they are light. They are frequently used in electrical installations and ventilation systems.
- Concrete Corrugated Pipes: Concrete corrugated pipes are generally used in large water drainage projects. They are durable and long-lasting, so they are preferred in infrastructure projects.
- Stainless Steel Corrugated Pipes: Stainless steel corrugated pipes are used in applications that require hygienic conditions, especially in the food industry and chemical industry. Stainless steel material provides resistance to corrosion.
- Electrical Corrugated Pipes: These types of pipes are used to protect and route electrical cables. They are produced from materials such as PVC or galvanized steel.