PE Pipe
Features
1.Designed with inertmaterial polyethylene, our PE pipe can resist corrosion. Except for a few strong oxidants, this material can resist many chemical matters. There is no electron chemical corrosion and it does notneed a corrosion proof layer.
2 There are no heavy metal additives inour PE pipe for water supply and it is not easily covered with dirt or contaminated bybacterium. As a result, our pipe is non poisonous.
3. With thesmooth interior wall, our PE pipe features low friction coefficient and high flux of a fluid.
4. Using thermal fusion or electric fusion for water supply, noleakage of the pipe will occur as the connect point is distorted compared with rubber and other machinery connectpoints.
5. Our PEpipe for water supply possess high ductility. Its extension ration at break cannot exceed500%. It has a strong ability to fitwith a pipe tank non-uniform settling.
6. Our PE pipe can be coiled with the flexibilityof polyethylene and isused for no pipe tank construction. The layout PE pipe for watersupply depends on the demand of construction.
7. Our PE pipe features good scratch resistance.
8. Our PEpipes are so tough that they do not rupture if something heavy presses thepipes directly.
9. Our PE Pipe offers a long service life of more than 50years
10. With its light weight and friendly operation our PE pipe is convenient forconstruction.
Product Specifications
No. | Spec. |
ZCEC-RS-1-1 | 20 |
ZCEC-RS-1-2 | 25 |
ZCEC-RS-1-3 | 32 |
ZCEC-RS-1-4 | 40 |
ZCEC-RS-1-5 | 50 |
ZCEC-RS-1-6 | 63 |
ZCEC-RS-1-7 | 75 |
ZCEC-RS-1-8 | 90 |
ZCEC-RS-1-9 | 110 |
ZCEC-RS-1-10 | 125 |
ZCEC-RS-1-11 | 140 |
ZCEC-RS-1-12 | 160 |
ZCEC-RS-1-13 | 180 |
ZCEC-RS-1-14 | 200 |
ZCEC-RS-1-15 | 225 |
ZCEC-RS-1-16 | 250 |
ZCEC-RS-1-17 | 280 |
ZCEC-RS-1-18 | 315 |
ZCEC-RS-1-19 | 355 |
ZCEC-RS-1-20 | 400 |
Technical Specifications
Name | MPa | Requirements | |
PE80 | PE100 | ||
20℃Hydrostatic strength (100h) | 9.0 | 12.4 | No leaks, no failure |
80℃Hydrostatic strength (100h) | 4.6 | 5.5 | No leaks, no failure |
80℃Hydrostatic strength (100h) | 4.0 | 5.0 | No leaks, no failure |
Name | Requirements | |
Elongation at break | ≥350% | |
Heat reversion(110°C) | ≤3% | |
Min thermal stability(200°C) | ≥20min | |
Resistance to weathering (for blue pipes only) (Multiplied energy of pipe≥3.5GJ/M2 energy resistant to aging | 80°CHydrostatic strength (165h) | No leaks, no failure |
Elongation at break shall be met | ≥350% | |
Thermal stability(200°C) | ≥10min |
Concern should be shown if a brittle fracture appears in the hydrostaticstrength test (165h) at 80°C. If a test piece fails in a ductile mode in less than 165h, a retest shall beperformed at a lower stress and a new minimum failure time selected from thefollowing table.
PE80 | PE100 | ||
Failure stress MPa | Failure time h | Failure stress MPa | Failure time h |
4.5 | 219 | 5.4 | 233 |
4.4 | 283 | 5.3 | 332 |
4.3 | 394 | 5.2 | 476 |
4.2 | 533 | 5.1 | 688 |
4.1 | 727 | 5.0 | 1000 |
4.0 | 1000 |
Material
Our PE pipe is made of 100% pure PE80 or PE100 raw material.
Packaging
Standard exporting package is used.