• HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced System 1
  • HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced System 2
  • HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced System 3
  • HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced System 4
  • HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced System 5
  • HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced System 6
HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced

HDPE Corrugated Pipe Drainage Conduit With Steel Belt Reinforced

Ref Price:
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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
2000 m
Supply Capability:
50000 m/month

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Features and Benefits

1. Distinguished comprehensive performances

2. Safe and reliable ring stiffness

3.Light weight

4.Simple installation, good sealing and low cost of construction

5.Producing on the construction site, saving the transportation charges and construction costs heavily

6.Strong load capacity to resist improper burst

Other Features Same with PE Pipes:

1.Anticorrosion

2.Anti- ultraviolet

3.Smooth internal surface

4.Impact resistance

5.Toughness

6.Nonpoisonous

7. Abrasion resistance

8. Long operating life, as long as 50 years

Application Areas

1. Public works: used as drainage pipe and blow-off pipe while buried under the ground.

2.Road works: used as soakaway trench or drainage pipe in railways and express ways.

3.Industry: widely used as sewage pipe in industry area.

4.Construction works: used as rain pipe of buildings, underground drainage pipe, blow-off pipe, vent pipe, etc.

5. Dirty water collecting pipe in refuse landfills.

6.Large-scale port and wharf projects: used as drainage pipe and blow-off pipe in projects of large-scale airport, port and wharf.

7.Sport stadium: used as soakaway trench and drainage pipe in sport stadium, such as golf course and football field.

8.Water conservancy project: used as water-head pipe and irrigation pipe.

9.Mine field: used as vent, blast, drain and slurry pipe.

10.Communication engineering: used as railway and highway communication pipe, communication cable pipe and optical cable protective pipe.

11.Water storage system: used in the water storage system to trap slow-flowing stream.

12.Agricultural engineering: used as irrigation pipe on the farm, in the garden,the tea garden and the forest belt.

13.Seawater transporting pipe

14.Clear the river channel

Diameter Nominal

DN/ID,mm

Internal Diameter

DN/ID,mm

Ring Stiffness Rank

SN8

SN10

SN12.5

≥8KN/m2

≥10KN/m2

≥12.5KN/m2

External Diameter

de,mm

External Diameter

de,mm

External Diameter

de,mm

200

200

224

224

300

300

325

325

400

400

438

438

500

500

539

539

600

600

644

644

644

700

700

745

745

745

800

800

852

852

852

900

900

963

963

963

1000

1000

1063

1063

1063

1100

1100

1173

1173

1173

1200

1200

1273

1273

1273

1300

1300

1385

1385

1385

1400

1400

1485

1485

1485

1500

1500

1585

1585

1585

1600

1600

1693

1693

1693

1700

1700

1793

1793

1793

1800

1800

1893

1893

1903

2000

2000

2105

2105

2121

2200

2200

2307

2307

2323

2400

2400

2527

2527

2533

2500

2500

2629

2629

2635

2600

2600

2729

2729

2743

2700

2700

2848

2848

2858

2800

2800

2958

2958

2973

 

Q:How do plastic tubes perform in acidic environments?
Plastic tubes generally perform well in acidic environments, as they are resistant to corrosion. However, the specific performance can vary depending on the type of plastic used and the concentration and temperature of the acid. It is recommended to consult the chemical compatibility chart or seek expert advice to ensure the suitability of the plastic tube for a specific acidic environment.
Q:Suppose that you have an acrylic box containing water inside, as well as a submersible water pump and tubing. Also assume that you have a viable source of energy to turn the pump on.
A really simple solution I devised years ago for an application my employer had to connect through a plastic container was to use silicone rubber hose and a short piece of nylon air hose over which the silicone rubber hose could be fitted. To use, simply drill a hole through the plastic container, and then push the end of a piece of tubing connected to the pump outlet, to extend say about 10mm. outside the container. Then you wet the short piece of nylon tube, and push it into the end of that hose, and that will make a watertight connection through the tank wall. Then you simply slip another piece of silicone tubing onto the projecting end of the nylon tube. Job done. Many thousands of products using this style of cheap through connection were made, and there were absolutely no failures. They are still going strong to this day. Using clear (natural) silicone rubber tubing, such as medical tubing or natural industrial grade is fine. We had problems when we changed to a white tubing at one stage, as the white disintegrated with time when used with water from some locations. The key to success IS the silicone tubing. Plastic tubing hardens with age, and could therefore leak eventually.
Q:What's the fire suppression ring for the drain pipe? What are the requirements?
When the drainage pipe PVC in high-rise buildings (plastic), to prevent fire when the plastic tube is burned out, the fire spread from the lower to the upper Di, therefore, the plastic drainage pipe must be installed when wearing floor fire circle, its role in the affected by the high temperature expansion in the fire circle the pipeline "jam", reached the fire not up to stretch.
Q:Are plastic tubes microwave-safe?
No, plastic tubes are generally not microwave-safe as they can release harmful chemicals and melt in the high heat of a microwave.
Q:Can plastic tubes be used for irrigation purposes?
Yes, plastic tubes can be used for irrigation purposes. They are commonly used to transport water from a water source to the desired area for irrigation, providing a cost-effective and efficient solution for watering plants and crops. Plastic tubes are lightweight, durable, and flexible, making them easy to install and maneuver. Additionally, they can be designed with various diameters and lengths to suit different irrigation systems and requirements.
Q:How are plastic tubes sealed?
Plastic tubes are typically sealed through various methods such as heat sealing, ultrasonic sealing, or using adhesive or screw-on caps.
Q:Plastic pipe for concrete wall column
This should be a heat pipe or a temperature measuring tubeMass concrete of thickness greater than 1m, in order to avoid excessive build-up of temperature due to hydration heat of cementUsually need to set up cooling water pipe, concrete pouring, cold water in the pipeline to achieve cooling effectThe temperature measuring tube is used to measure the temperature inside the concrete and is often used as a temperature measuring conductor
Q:Do plastic tubes have any limitations in terms of shape or design?
Yes, plastic tubes do have limitations in terms of shape and design. They are typically manufactured in cylindrical shapes due to the nature of their production process, which involves extrusion or injection molding. While it is possible to create variations such as oval or rectangular tubes, these options are more limited and less common. Additionally, complex designs or intricate shapes may not be feasible or cost-effective to produce using plastic tubing.
Q:What are the different printing options for plastic tubes?
There are several printing options available for plastic tubes, including screen printing, pad printing, digital printing, and heat transfer printing. Each method offers different advantages in terms of print quality, durability, and cost-effectiveness, allowing manufacturers to choose the most suitable option based on their specific needs and requirements.
Q:How do plastic tubes compare to aluminum tubes in terms of weight?
Plastic tubes are generally lighter than aluminum tubes.

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