• UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
  • UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
  • UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
  • UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
  • UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
  • UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting

UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting

After-sales Service: Water Supply Pipe
Warranty: 1 Year
Material: PVC
Kind: Thermoplastics Pipes
Water Absorption: 0.15-0.75
Contraction Percentage: 0.6-1.5
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Basic Info.

Model NO.
UPVC
Tensile Strength
40-58
Thickness
2-30mm
Pipe Length
1000-2000mm
Usage
Water Supply Pipe
Transport Package
Container
Specification
diameter40-315
Trademark
diameter
Origin
Linyi
HS Code
843041
Production Capacity
3000 Units/Month

Product Description

Basic Info.
Condition New Colour Blue
Payment T/T L/C Apply Water Well Casing
Section Shape Rotundity Type PVC Casing and Screen
Transport Package Wooden Box or as Customers Inquire Specification 110 diameter 2.0 thickness
Trademark Xuwei Origin Shandong
HS Code 82071990 Production Capacity 3000 Units/Month
Product Description
UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting

 
UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
UPVC Pipe Casing Plastic Water Drilling Well PVC Moulding Cutting
Product Parameters
pvc-m pvc-o / pvc-u
Specification (mm) Pressure Dimension (m) Thickness (mm) Specification (mm) Pressure Dimension (m) Thickness (mm)
50 1.0Mpa 3.1 5 50 1.0Mpa 3.1 5
50 1.25Mpa 3.1 6 50 1.25Mpa 3.1 6
50 1.6Mpa 3.1 7.5 50 1.6Mpa 3.1 7.5
63 1.0Mpa 3.1 5 63 1.0Mpa 3.1 5
63 1.25Mpa 3.1 6 63 1.25Mpa 3.1 6
63 1.6Mpa 3.1 7.5 63 1.6Mpa 3.1 7.5
75 1.0Mpa 3.1 5 75 1.0Mpa 3.1 5
75 1.25Mpa 3.1 6 75 1.25Mpa 3.1 6
75 1.6Mpa 3.1 7.5 75 1.6Mpa 3.1 7.5
90 1.0Mpa 3.1 5 90 1.0Mpa 3.1 5
90 1.25Mpa 3.1 6 90 1.25Mpa 3.1 6
90 1.6Mpa 3.1 7.5 90 1.6Mpa 3.1 7.5
110 1.0Mpa 3.1 5 110 1.0Mpa 3.1 5
110 1.25Mpa 3.1 6 110 1.25Mpa 3.1 6
110 1.6Mpa 3.1 7.5 110 1.6Mpa 3.1 7.5
125 1.0Mpa 3.1 5.5 125 1.0Mpa 3.1 5.5
125 1.25Mpa 3.1 7 125 1.25Mpa 3.1 7
125 1.6Mpa 3.1 8 125 1.6Mpa 3.1 8
140 1.0Mpa 3.1 6 140 1.0Mpa 3.1 6
140 1.25Mpa 3.1 7.5 140 1.25Mpa 3.1 7.5
140 1.6Mpa 3.1 8.4 140 1.6Mpa 3.1 8.4
160 1.0Mpa 3.1 6.2 160 1.0Mpa 3.1 6.2
160 1.25Mpa 3.1 8 160 1.25Mpa 3.1 8
160 1.6Mpa 3.1 10 160 1.6Mpa 3.1 10
180 1.0Mpa 3.1 7.5 180 1.0Mpa 3.1 7.5
180 1.25Mpa 3.1 9 180 1.25Mpa 3.1 9
180 1.6Mpa 3.1 10.7 180 1.6Mpa 3.1 10.7
200 1.0Mpa 3.1 7.5 200 1.0Mpa 3.1 7.5
200 1.25Mpa 3.1 9.6 200 1.25Mpa 3.1 9.6
200 1.6Mpa 3.1 11.9 200 1.6Mpa 3.1 11.9
225 1.0Mpa 3.1 7.5 225 1.0Mpa 3.1 7.5
225 1.25Mpa 3.1 10 225 1.25Mpa 3.1 10
225 1.6Mpa 3.1 13.4 225 1.6Mpa 3.1 13.4
250 1.0Mpa 3.1 7.5 250 1.0Mpa 3.1 7.5
250 1.25Mpa 3.1 9.6 250 1.25Mpa 3.1 9.6
250 1.6Mpa 3.1 11.9 250 1.6Mpa 3.1 11.9
250 2.0Mpa 3.1 14.8 250 2.0Mpa 3.1 14.8
268 1.0Mpa 3.1 10 268 1.0Mpa 3.1 10
315 1.0Mpa 3.1 10 315 1.0Mpa 3.1 10
Composite tube 160 3.1 10 Composite tube 160 3.1 10
Composite tube 170 3.1 12 Composite tube 170 3.1 12
Length including thread 100mm Length including thread 100mm
pvc-m pvc-a pvc-u
Type Pressure Thickness   Type Pressure Thickness Type Pressure Thickness Type Pressure Thickness
50 0.8 2 150 0.8 4.3 50 0.8 2 50 0.8 2
50 1 2.4 150 1 5 50 1 2.4 50 1 2.4
50 1.25 3 160 0.6 3.2 50 1.25 3 50 1.25 3
63 0.6 2 160 0.8 4.5 63 0.6 2 63 0.6 2
63 0.8 2.5 160 1 6.2 63 0.8 2.5 63 0.8 2.5
63 1 3 160 1.25 8 63 1 3 63 1 3
75 0.6 2.3 160 1.6 10 75 0.6 2.3 75 0.6 2.3
75 0.8 2.9 180 0.6 3.5 75 0.8 2.9 75 0.8 2.9
75 1 3.6 180 0.8 5 75 1 3.6 75 1 3.6
90 0.6 2.3 180 1 6 90 0.6 2.8 90 0.6 2.8
90 0.8 3.5 180 1.25 7.5 90 0.8 3.5 90 0.8 3.5
90 1 4.3 200 0.6 3.5 90 1 4.3 90 1 4.3
110 0.6 2.4 200 0.8 5 110 0.6 2 110 0.6 2.5
110 0.8 3.2 200 1 6 110 0.6 2.5 110 0.8 3.2
110 1 4 200 1.25 7.5 110 0.8 3.3 110 1 4.2
110 1.25 5 200 1.6 9.6 110 1 4 120 0.6 2.5
120 0.6 2.5 219 0.6 3.5 120 0.6 2 120 0.8 3.4
120 0.8 3.4 219 0.8 4 120 0.6 2.5 120 1 4.2
120 1 4.3 219 1 5 120 0.8 3.4 125 0.6 2.5
120 1.25 5.5 219 1.25 7.5 120 1 4.2 125 0.8 3.4
125 0.6 2.5 225 0.6 4 125 0.6 2 125 0.8 4.2
125 0.8 3.4 225 0.8 5 125 0.6 2.5 140 0.6 2.8
125 1 4.2 225 1 6 125 0.8 3.4 140 0.8 4
125 1.25 4.8 225 1.25 7.5 125 1 4.2 140 1 5
125 1.6 5.5 250 0.6 4 140 0.6 2.8 160 0.6 3.2
130 0.6 2.8 250 1 5 140 0.8 4 160 0.8 4.5
140 0.6 2.8 250 1.25 6 160 0.6 3.2 160 1 6.2
140 0.8 4 250 1.6 7.5 160 0.8 4.5 180 0.6 3.5
140 1 5 315 0.6 5 180 0.6 3.5 180 0.8 5
140 1.25 6 315 1 7.5 180 0.8 5 180 1 6
150 0.6 2.7 315 1.25 15 200 0.6 3.5 180 1.25 7.5
            200 0.8 5 200 0.6 3.5
                  200 0.8 5
                  200 1 6
                  200 1.25 7.5
                  219 0.6 4
                  219 0.8 5
                  219 1 6
                  219 1.25 7.5
                  225 0.6 4
                  225 0.8 5
                  225 1 6
                  225 1.25 7.5
                  250 0.6 5
                  250 0.8 6
                  250 1 7.5
                  315 0.6 5
                  315 0.8 7.5

Tensile Strength
The tensile strength required can be calculated on the basis of pipe weight. In addition to the pipe weight, gravel that gets
stuck in the joints during the assembly and settlement phase should be considered in design calculations. The lower load
bearing capacity of screen pipes with slots should be considered when developing the well or when pumping (due to large
differences in water level). The effect of such pressures cannot be precisely determined. When sinking pipes through clay
layers, additional compressive forces are exerted due to swelling clays. This can happen at any depth and in extreme
cases may cause considerable strain on the material surface. The values indicated in the tables of this brochure are based
on the minimum wall thickness of the pipes, their diameters and material composition.


Impact of Temperature
Temperature conditions prevailing during the laying of PVC-U well pipes will influence the mechanical properties of the
material. High temperature between 30° C and 40° C as indicated by the creep strength in relation to time, the PVC-U
material properties provide sufficient safety factor for the intended use. It is however important to determine the other
influences while encasing the well pipes with concrete to seal the drill holes. Temperature increases can be caused by
the hydration heat of concrete. Calculations however show that these temperatures do not normally exceed 15°C.
With the temperature of unset concrete reaching approx. 18°C, the temperature within the seal will be slightly more
than 30°C and that is within the optimum limits.

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