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PVC Pipe

Water Well Pipelines:PVC pipes are commonly used in well systems as water supply pipelines from well sources to reservoirs or water supply systems. They effectively transport groundwater and are widely used in agricultural irrigation, industrial water supply, and urban water supply.
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PVC Pipe

As a powerful manufacturer deeply rooted in both water well drilling rigs and pipelines, we leverage over 20 years of production and R&D experience, relying on our proprietary core formulas and fully automated production lines, to create high-performance PVC pipes suitable for various extreme working conditions worldwide. From high-temperature and high-humidity tropical regions and plateau areas with large diurnal temperature variations to complex geological environments rich in minerals, our products consistently perform reliably.
Whether it’s casing protection for water well drilling, the construction of municipal water supply and drainage networks, efficient irrigation systems for agricultural production, or various fluid transportation processes in industrial workshops, our PVC pipes have consistently earned the trust and long-term cooperation of customers in over 30 countries and regions worldwide, thanks to their excellent corrosion resistance, stable structural strength, long service life, and exceptional cost-effectiveness through direct factory supply.

Core Advantages of PVC Pipes

Superior Corrosion and Weather Resistance
Made from food-grade, environmentally friendly PVC raw materials and formulated with precision, these pipes completely overcome the problems of rust and scaling common in metal pipes. They can withstand acid and alkali fluids and groundwater corrosion, maintaining structural stability in extreme environments from -20℃ to 60℃, without cracking or deformation, making them suitable for various complex regions such as deserts, coastal areas, and high-altitude regions.


High Efficiency and Energy Saving
The inner wall is treated with a special smooth finish, resulting in a friction coefficient as low as 0.009. Fluid resistance is reduced by 30% compared to traditional pipes, effectively improving water and gas transmission efficiency. The pipes are also lightweight, only 1/5 the weight of steel pipes, reducing transportation costs by 40%. On-site installation does not require heavy equipment; a single person can quickly assemble the pipes, significantly shortening the construction period.
Safe, Environmentally Friendly, and Certified
Manufactured in full compliance with the ISO9001 quality system and certified by international authorities such as SGS and ASTM, these pipes do not release heavy metals and can be directly used for drinking water transportation and agricultural irrigation, fully meeting the environmental standards of Europe, the United States, and Southeast Asia.
Customized Adaptability
Specifically optimized for water well drilling applications, the pipe wall thickness and pressure resistance are enhanced. Customization is available for various diameters from φ20-φ630mm, with pressure ratings covering 0.6MPa-2.0MPa, precisely matching the casing requirements of different depth water wells. Various connection methods, including flared and plain ends, are also available to meet personalized construction requirements.

Parameters of PVC Pipe


No. Specification(mm)

(Dia.x Pressure)

Thickness

(mm)

No. Spec(mm) Specification(mm)

(Dia.x Pressure)

1 50×0.8 Mpa 4.0 32 160×1.0Mpa 6.2
2 50×1.0 Mpa 5.0 33 160×1.25Mpa 8.0
3 50×1.25 Mpa 6.0 34

160×1.6Mpa

10.0
4 50×1.6Mpa 7.5 35 168×1.0Mpa 6.5
5 63×0.8Mpa 4.0 36 180×1.0Mpa 7.5
6 63×1.0Mpa 5.0 37 180×1.25Mpa 9.0
7 63×1.25Mpa 6.0 38 180×1.6Mpa 10.7
8 63×1.6Mpa 7.5 39 185×1.0Mpa 7.5
9 75×0.8Mpa 4.0 40 200×1.0Mpa 7.5
10 75×1.0Mpa 5.0 41 200×1.25Mpa 9.6
11 75×1.25Mpa 6.0 42 200×1.6Mpa 11.9
12 75×1.6Mpa 7.5 43 219×1.0Mpa 7.5
13 90×0.8Mpa 4.2 44 219×1.6Mpa 13.4
14 90×1.0Mpa 5.0 45 225×1.0Mpa 7.5
15 90×1.25Mpa 6.0 46 225×1.25Mpa 10.0
16 90×1.6Mpa 7.5 47 225×1.6Mpa 13.4
17 110×0.8Mpa 4.2 48 250×1.0Mpa 7.5
18 110×1.0Mpa 5.0 49 250×1.25Mpa 9.6
19 110×1.25Mpa 6.0 50 250×1.6Mpa 11.9
20 110×1.6Mpa 8.4 51 250×2.0Mpa 14.8
21 113×1.0Mpa 5.0 52 268×1.0Mpa 10.0
22 114×1.0Mpa 5.0 53 280×0.8Mpa 8.6
23 125×0.8Mpa 4.8 54 280×1.0Mpa 10.7
24 125×1.0Mpa 5.5 55 280×1.25Mpa 12.1
25 125×1.25Mpa 7.0 56 280×1.6Mpa 15.0
26 125×1.6Mpa 8.0 57 315×0.8Mpa 8.0
27 130×1.0Mpa 5.0 58 315×1.0Mpa 10.0
28 140×1.0Mpa 6.0 59 315×1.25Mpa 12.1
29 140×1.25Mpa 7.5 60 315×1.6Mpa 15.0
30 140×1.6Mpa 8.4 61 Composite pipe160 10.0
31 150×1.0Mpa 6.0 62 Composite pipe170 12.0

FAQ of PVC Pipe


1

How Much Pressure Can Pvc Pipes Withstand?

PVC pipes have different pressure ratings (0.6MPa, 1.0MPa, 1.6MPa, etc.).
For deep well applications, thickened or reinforced PVC-U pipes are generally used, which have stronger pressure resistance.



2

Will Pvc Pipes Deform? What Is Their Lifespan?

As long as you choose PVC pipes with the appropriate wall thickness, they will generally not deform.
PVC material is corrosion-resistant and rust-proof, with a normal service life of 20-50 years, making it very suitable for long-term use in water wells.
3

What Are The Connection Methods For Pvc Pipes? Will They Leak?

There are two common connection methods for PVC pipes used in water wells:
Socket and spigot joint with rubber ring – convenient and good sealing
Threaded connection – high strength, suitable for deep wells
As long as the installation is done according to specifications, there will be no leakage.
4

How Many Pvc Pipes Are Needed For a Well? How To Calculate?

PVC pipes are usually 4 meters or 6 meters long.
Calculation method:
Well depth ÷ pipe length = number of pipes needed (plus 1-2 extra pipes for backup)

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