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Agricultural Pipe Series
Black HDPE Pipe for Garden Irrigation
Standard: ISO 4427-2
1. Size: OD20-200mm(1/2inch-8inch).
2. Pressure: PN16-SDR11, PN12.5-SDR13.6, PN10-SDR17, PN8-SDR21, PN6-SDR26.
3. Material: PE63, PE80, PE100.
4. Length: 5.8M/11.8M. Coil Length 100m-200m A Roll for DN20-90mm.
5. Applications: Water Supply, Irrigation, Drainage for Municipal Gardens etc.
6. Standard: ISO 4427, GB/T 13663.
7. Delivery: 10-20 days depending on the total quantity.
- Introduction
- Feature
- Specification
- Physical Parameter
- Application
- Download
Introduction
PE pipes serve as the ideal foundation for an efficient, long-lasting garden irrigation system. Thanks to their robustness and flexibility, they can be installed both above and below ground. These pipes are made of high-density polyethylene (PE-HD), a material that is UV-resistant, pressure-resistant, and particularly durable when used as a pressure pipe. This allows you to optimally adapt your irrigation system to your specific needs. PE-HD pipes are available in various SDR (Standard Dimension Ratio) classes to withstand high water pressure.
Description of Black HDPE Pipe for Garden Irrigation
HDPE garden greening pipes take high-density polyethylene (HDPE) as the main raw material. This material boasts excellent corrosion resistance, wear resistance, aging resistance and impact resistance, enabling it to adapt to various complex environments.
Product Specifications: DN20mm - DN200mm.
Applications: Irrigation systems, drainage systems, waterscape projects, garden and green space sprinkler irrigation, and roof greening.
Factory visits and third-party inspections are welcome.
Feel free to contact us for product catalogs, quotations and professional technical support.
Please contact us by email: sales@hengdepipes.com or WhatsApp: +86 15265578500.
Feature
Benefits of Black HDPE Pipe for Garden Irrigation
HDPE pipes are ideal for agricultural applications due to their exceptional reliability and durability, which helps cut down the operational and maintenance costs typically associated with agricultural piping systems.
Common reasons why farmers opt for HDPE pipes in agricultural applications include:
Why Xinhengde?
Good flexibility, easy to bend.
Why Xinhengde?
Easy to connect and install.
Why Xinhengde?
Stable and reliable performance.
Feel free to contact us for product catalogs, quotations and professional technical support.
Please contact us by email: sales@hengdepipes.com or WhatsApp: +86 15265578500.
Corrosion resistance&UV resistance
Superior durability and damage resistance
Excellent flexibility and ease of installation
Lower repair and replacement costs
Minimal water leakage and a 10% improvement in water delivery efficiency
Higher flow rate and stable pressure for faster delivery of clean water to crops
Specification
| Characteristic | Requirement | Test parameters | Test method(s) | |
| Parameter | Value | |||
| Elongation at break for e u≤ 5 mm | ≥350 % | Test piece shape | Type 2 | ISO 6259-1 ISO 6259-3 |
| Test speed | 100 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| Elongation at break for 5 mm < e u 12 mm | ≥ 350 % | Test piece shape | Type 1 | ISO 6259-1 ISO 6259-3 |
| Test speed | 50 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| Elongation at break for e > 12 mm | ≥ 350 % | Test piece shape | Type 1 | ISO 6259-1 ISO 6259-3 |
| Test speed | 25 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| OR | ||||
| Test piece shape | Type 3 | |||
| Test speed | 10 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| Longitudinal reversion | u 3 % No effect on surface | Shape and number of test pieces | According to ISO 2505 | ISO 2505 |
| Test temperature: | ||||
| PE 40 | 100 ± 2 °C | |||
| PE 63, PE 80, PE 100 | 110 ± 2 °C | |||
| Time | See ISO 2505 | |||
| Melt mass-flow rate MFR for PE 40 | Change of MFR by processing ± 20 % d | Load | 2,16 kg | ISO 1133:2005, Condition D |
| Test temperature | 190 °C | |||
| Time | 10 min | |||
| Number of test pieces | According to ISO 1133 | |||
| Melt mass-flow rate MFR for PE 63, PE 80, PE 100 | Change of MFR by processing ± 20 % d | Load | 5,0 kg | ISO 1133:2005,Condition T |
| Test temperature | 190 °C | |||
| Time | 10 min | |||
| Number of test pieces | According to ISO 1133 | |||
| Oxidation induction time | ≥20 min | Test temperature | 200 °C | ISO 11357-6:2002 |
| Number of test pieces | 3 | |||
| Effect on water quality | National regulations apply | |||
| Hydrostatic strength at 20 °C |
No failure of any test piece during test period | End caps | Type a | ISO 1167-1 ISO 1167-2 |
| Conditioning period | According to ISO 1167-1 | |||
| Number of test pieces | 3 | |||
| Type of test | Water-in-water | |||
| Test temperature | 20 °C | |||
| Test period | 100 h | |||
| Circumferential (hoop) stress for： |
||||
| PE 40 | 7.0 MPa | |||
| PE 63 | 8.0 MPa | |||
| PE 80 | 10.0 MPa | |||
| PE 100 | 12.4 MPa | |||
| Hydrostatic strength at 80 °C |
No failure of any test piece during test period | End caps | Type a | ISO 1167-1 ISO 1167-2 |
| Conditioning period | According to ISO 1167-1 | |||
| Number of test pieces | 3 | |||
| Type of test | Water-in-water | |||
| Test temperature | 80 °C | |||
| Test period | 165 h | |||
| Circumferential (hoop) stress for： |
||||
| PE 40 | 2.5 MPa | |||
| PE 63 | 3.5 MPa | |||
| PE 80 | 4.5 MPa | |||
| PE 100 | 5.4 MPa | |||
| Hydrostatic strength at 80 °C |
No failure of any test piece during test period | End caps | Type a | ISO 1167-1 ISO 1167-2 |
| Conditioning period | According to ISO 1167-1 | |||
| Number of test pieces | 3 | |||
| Type of test | Water-in-water | |||
| Test temperature | 80 °C | |||
| Test period | 1000 h | |||
| Circumferential (hoop) stress for： |
||||
| PE 40 | 2.0 MPa | |||
| PE 63 | 3.2 MPa | |||
| PE 80 | 4.0 MPa | |||
| PE 100 | 5.0 MPa | |||
Feel free to contact us for product catalogs, quotations and professional technical support.
Please contact us by email: sales@hengdepipes.com or WhatsApp: +86 15265578500.
Physical Parameter
| Characteristic | Requirement | Test parameters | Test method(s) | |
| Parameter | Value | |||
| Elongation at break for e u≤ 5 mm | ≥350 % | Test piece shape | Type 2 | ISO 6259-1 ISO 6259-3 |
| Test speed | 100 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| Elongation at break for 5 mm < e u 12 mm | ≥ 350 % | Test piece shape | Type 1 | ISO 6259-1 ISO 6259-3 |
| Test speed | 50 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| Elongation at break for e > 12 mm | ≥ 350 % | Test piece shape | Type 1 | ISO 6259-1 ISO 6259-3 |
| Test speed | 25 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| OR | ||||
| Test piece shape | Type 3 | |||
| Test speed | 10 mm/min | |||
| Number of test pieces | According to ISO 6259 | |||
| Longitudinal reversion | u 3 % No effect on surface | Shape and number of test pieces | According to ISO 2505 | ISO 2505 |
| Test temperature: | ||||
| PE 40 | 100 ± 2 °C | |||
| PE 63, PE 80, PE 100 | 110 ± 2 °C | |||
| Time | See ISO 2505 | |||
| Melt mass-flow rate MFR for PE 40 | Change of MFR by processing ± 20 % d | Load | 2,16 kg | ISO 1133:2005, Condition D |
| Test temperature | 190 °C | |||
| Time | 10 min | |||
| Number of test pieces | According to ISO 1133 | |||
| Melt mass-flow rate MFR for PE 63, PE 80, PE 100 | Change of MFR by processing ± 20 % d | Load | 5,0 kg | ISO 1133:2005,Condition T |
| Test temperature | 190 °C | |||
| Time | 10 min | |||
| Number of test pieces | According to ISO 1133 | |||
| Oxidation induction time | ≥20 min | Test temperature | 200 °C | ISO 11357-6:2002 |
| Number of test pieces | 3 | |||
| Effect on water quality | National regulations apply | |||
| Hydrostatic strength at 20 °C |
No failure of any test piece during test period | End caps | Type a | ISO 1167-1 ISO 1167-2 |
| Conditioning period | According to ISO 1167-1 | |||
| Number of test pieces | 3 | |||
| Type of test | Water-in-water | |||
| Test temperature | 20 °C | |||
| Test period | 100 h | |||
| Circumferential (hoop) stress for： |
||||
| PE 40 | 7.0 MPa | |||
| PE 63 | 8.0 MPa | |||
| PE 80 | 10.0 MPa | |||
| PE 100 | 12.4 MPa | |||
| Hydrostatic strength at 80 °C |
No failure of any test piece during test period | End caps | Type a | ISO 1167-1 ISO 1167-2 |
| Conditioning period | According to ISO 1167-1 | |||
| Number of test pieces | 3 | |||
| Type of test | Water-in-water | |||
| Test temperature | 80 °C | |||
| Test period | 165 h | |||
| Circumferential (hoop) stress for： |
||||
| PE 40 | 2.5 MPa | |||
| PE 63 | 3.5 MPa | |||
| PE 80 | 4.5 MPa | |||
| PE 100 | 5.4 MPa | |||
| Hydrostatic strength at 80 °C |
No failure of any test piece during test period | End caps | Type a | ISO 1167-1 ISO 1167-2 |
| Conditioning period | According to ISO 1167-1 | |||
| Number of test pieces | 3 | |||
| Type of test | Water-in-water | |||
| Test temperature | 80 °C | |||
| Test period | 1000 h | |||
| Circumferential (hoop) stress for： |
||||
| PE 40 | 2.0 MPa | |||
| PE 63 | 3.2 MPa | |||
| PE 80 | 4.0 MPa | |||
| PE 100 | 5.0 MPa | |||
Feel free to contact us for product catalogs, quotations and professional technical support.
Please contact us by email: sales@hengdepipes.com or WhatsApp: +86 15265578500.
Application
High-Density Polyethylene (HDPE) pipes are the ideal piping material choice for applications including drinking water supply, wastewater management, mining operations, industrial fluid transfer systems, power engineering, communications infrastructure, agricultural irrigation, fire protection systems, marine aquaculture, dredging projects, and oil and gas distribution.
Feel free to contact us for product catalogs, quotations and professional technical support.
Please contact us by email: sales@hengdepipes.com or WhatsApp: +86 15265578500.
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