2 inch poly pipe 500 ft for potable water

Haili admin
Oct/17/2023
2 inch poly pipe 500 ft for potable water
Our 2-inch polyethylene (poly) pipe, extending up to 500 feet. This durable pipe ensures safe and efficient transport of potable water while resisting environmental challenges. Learn how our high-quality 2-inch poly pipe can meet your water distribution requirements.

In the realm of water supply, the importance of reliable and efficient piping systems cannot be overstated. When it comes to transporting clean and portable water over extended distances, 2-inch polyethylene (poly) pipe in a 500-foot length proves to be a game-changer. This article delves into the world of 2-inch poly pipe and its material and standards, durability and longevity, resistance to environmental factors various applications.


Material and Standards


When it comes to using a 2-inch polyethylene (poly) pipe for transporting portable water over a 500-foot length, the choice of material and adherence to industry standards and regulations are paramount. Here's what you need to consider regarding the material and standards:


Material:


1. High-Density Polyethylene (HDPE)

HDPE is a common material for potable water pipes due to its excellent properties. It is known for its high strength, flexibility, and resistance to corrosion and chemical degradation.


2. NSF/ANSI 61 Certification

Ensure that the 2-inch poly pipe is NSF/ANSI 61 certified. This certification indicates that the pipe material has been tested and meets the health effects and safety standards for drinking water system components.


3. FDA Approval

If applicable, confirm that the polyethylene used in the pipe meets the U.S. Food and Drug Administration (FDA) requirements for materials in contact with potable water.


4. Compliance with Local Regulations

Verify that the material used in the 2-inch poly pipe is compliant with your local, state, and national regulations and standards for potable water transportation.


Standards:


5. ASTM Standards

Ensure that the 2-inch poly pipe meets the relevant ASTM (American Society for Testing and Materials) standards for polyethylene pipes used in potable water applications. Common standards include ASTM D2737 and ASTM D3035.


6. NSF/ANSI 14 and NSF/ANSI 61

These NSF standards cover the design, manufacturing, and performance of plastic piping systems and components used in water supply and distribution. Confirm that the 2-inch poly pipe adheres to these standards.


7. AWWA Standards

If you're using the pipe for municipal or public water supply, check if it meets the standards of the American Water Works Association (AWWA), which provides guidelines for various aspects of water supply systems.


8. ISO Standards

If you're not in the United States, the International Organization for Standardization (ISO) provides standards for polyethylene pipes. Make sure the pipe complies with relevant ISO standards for potable water.


9. Testing and Certification

Verify that the manufacturer has conducted and documented testing to ensure that the polyethylene pipe complies with the above-mentioned standards and regulations.


10. Approval and Compliance Documents

Request documentation or certificates from the manufacturer or supplier that demonstrate the 2-inch poly pipe's compliance with relevant standards and regulations. These documents should be readily available and verifiable.


11. Installation Guidelines

Ensure that the manufacturer provides installation guidelines that are in accordance with industry standards, as proper installation is critical for maintaining water quality.


12. Quality Control

Inquire about the manufacturer's quality control processes to confirm that the 2-inch poly pipe consistently meets the required standards.


To use 2-inch polyethylene pipe for portable water, it's essential to work with reputable manufacturers and suppliers who offer products that meet or exceed industry standards and have the necessary certifications and documentation to support their claims of compliance with safety and water quality standards. Always consult with local authorities or regulatory bodies to ensure your water supply system complies with all relevant regulations and codes.


Durability and Longevity


The durability and longevity of a 2-inch polyethylene (poly) pipe for transporting portable water over a 500-foot length are critical factors in ensuring a reliable and long-lasting water supply system. Here's what you need to consider regarding the durability and longevity of such a pipe:


Durability:


1. Material Quality

The choice of high-density polyethylene (HDPE) for the pipe material is advantageous. HDPE is known for its durability, resistance to corrosion, and excellent strength.


2. Resistance to Corrosion

HDPE is inherently corrosion-resistant, which means it won't rust or deteriorate when in contact with water or soil, ensuring long-term integrity.


3. Chemical Resistance

Verify that the pipe material is resistant to chemicals commonly found in water supplies. This resistance is crucial to prevent degradation over time.


4. Impact Resistance

HDPE pipes have a high impact resistance, making them less susceptible to damage during handling, installation, and use.


5. Flexibility

The flexibility of HDPE pipes allows them to withstand ground movement and settling without cracking or breaking.


6. Abrasion Resistance

HDPE pipes are resistant to abrasion, which is particularly important in cases where the pipe may encounter abrasive particles in the water or soil.


Longevity:


7. Lifespan

HDPE pipes are known for their long lifespan, often exceeding 50 years when properly installed and maintained.


8. UV Resistance

If the pipe is exposed to sunlight during installation or operation, ensure that it has UV resistance to prevent degradation caused by prolonged sun exposure.


9. Maintenance Requirements

Verify that the manufacturer's recommended maintenance practices are minimal and cost-effective, as low maintenance requirements contribute to long-term durability.


10. Warranty

Inquire about any warranties offered by the manufacturer or supplier for the 2-inch poly pipe. A warranty can provide confidence in the pipe's longevity.


11. Proper Installation

The longevity of the pipe depends on proper installation. Ensure that the pipe is installed according to manufacturer guidelines and industry best practices.


12. Water Quality Maintenance

To ensure the long-term safety of the water supply, maintaining water quality and preventing contamination are essential. Implement practices and devices that prevent backflow and protect against contamination.


13. Environmental Considerations

Assess the environmental conditions, including soil composition, temperature variations, and the potential for ground movement, to ensure the pipe's longevity in the specific location.


When evaluating the durability and longevity of a 2-inch poly pipe for portable water, it's crucial to work with reputable manufacturers or suppliers who offer high-quality, certified products. Proper installation, regular inspections, and maintenance are key factors in maximizing the pipe's lifespan. Additionally, following local regulations and best practices in water distribution system design and operation will help ensure the long-term durability and safety of your portable water supply system.


Resistance to Environmental Factors


In the realm of water distribution, ensuring that clean and potable water reaches its intended destination is a critical task. A 2-inch polyethylene (poly) pipe, extending up to 500 feet, stands as a reliable conduit for portable water. Yet, its significance stretches beyond mere transport; it thrives in an array of environmental conditions. This article delves into the remarkable resistance of 2-inch poly pipe to environmental factors that are part and parcel of the water supply landscape.


UV Resistance: Guarding Against Solar Assault


One of the first lines of defense for 2-inch poly pipe is its resistance to ultraviolet (UV) radiation. Many water supply systems involve pipes exposed to the sun's relentless rays. Polyethylene's UV resistance shields the pipe from degradation, allowing it to perform optimally even under the scorching sun. However, for pipes intended for above-ground use, additional UV-resistant coatings may be applied to enhance their longevity.


Temperature Extremes: Thriving in Heat and Cold


From regions with frigid winters to places with blistering summers, 2-inch poly pipes have an intrinsic capacity to endure temperature extremes. Their flexibility remains unaffected in both freezing cold and sweltering heat, ensuring the pipe remains structurally sound. These pipes are well-suited to installations in areas with highly variable climates.


Resistance to Soil Conditions: Conquering Corrosion


Poly pipes are resilient against the corrosive tendencies of different soil types. Whether in clay, sand, or loam, the material's non-corrosive nature preserves the pipe's integrity. Yet, proper installation techniques, such as appropriate bedding materials and backfilling, are key to mitigating potential soil-related issues.


Impact Resistance: Withstanding Unexpected Challenges


2-inch poly pipes are built to withstand impact, whether from the installation process or accidental hits from external forces. Their inherent impact resistance reduces the risk of damage during handling and installation, ensuring their structural integrity remains intact.


Chemical Resistance: Safeguarding Water Quality


The pipe's resistance to chemical interactions is crucial for maintaining water quality. It withstands contact with chemicals that may be found in the soil or water supply. This resistance is pivotal for preserving the purity of the transported water and ensuring it meets stringent quality standards.


Water Quality Maintenance: Backflow Prevention


The 2-inch poly pipe is equipped with backflow prevention features. These mechanisms safeguard against the intrusion of contaminants into the clean water supply, maintaining water quality. Proper installation practices and backflow prevention devices further bolster this defense.


Ground Movement and Settlement: Stability Amidst Shifting Soils


The pipe is designed to endure ground movements, including soil shifting and subsidence. Its flexibility allows it to adapt to ground changes while maintaining its structural integrity. Proper installation practices can further mitigate the effects of ground movement on the pipe.


Above-Ground vs. Underground Installation: Versatility in Application


Whether placed above-ground or buried below the surface, 2-inch poly pipes exhibit their adaptability to various installation methods. This versatility enables them to perform effectively in diverse environmental conditions.


Long-Term Performance: Sustaining Reliability


To ensure the long-term performance of the 2-inch poly pipe in various environmental conditions, proper installation is paramount. Accommodating environmental challenges requires adherence to manufacturer recommendations and industry best practices. In the hands of experienced professionals, 2-inch poly pipe can thrive in a multitude of scenarios, guaranteeing the continued delivery of clean, safe water.


The 2-inch polyethylene pipe, extending up to 500 feet, is a testament to resilience in the face of environmental challenges. Whether battling UV rays, temperature extremes, corrosive soils, or the threat of contamination, these pipes stand tall, safeguarding the integrity and purity of portable water. With their resistance to environmental factors, they remain at the forefront of clean water distribution, ensuring reliability even in the harshest of conditions.


In conclusion, a 2-inch poly pipe, with its impressive durability and resistance to environmental factors, proves to be a dependable choice for potable water distribution. Whether it's UV resistance, the ability to withstand temperature extremes, or its corrosion-resistant nature, this pipe can rise to the challenges of water supply. For clean water transport that endures, the 2-inch poly pipe remains a vital component in ensuring the flow of safe, potable water to communities, industries, and homes.

Specification PE100
dn(mm)SDR
SDR26SDR21SDR17SDR13.6SDR11
PN,Mpa
0.60.81.01.251.6
en(mm)
0.60.81.01.251.6
32----3.0 
40----3.7
50----4.6
63---4.75.8
75--4.55.66.8
90-4.35.56.78.2
1104.25.36.68.110.0 
1254.86.0 7.49.211.4
1405.46.78.310.312.7
1606.27.79.511.814.6
1806.98.610.713.316.4
2007.79.611.914.718.2
2258.610.813.416.620.5
2509.611.914.818.422.7
28010.713.416.620.625.4
31512.115.0 18.723.228.6
35513.616.921.126.132.2
40015.319.123.729.436.3
45017.221.526.733.140.9
50019.123.929.736.845.4
56021.426.733.241.250.9
63024.130.0 37.446.357.2
71027.233.942.152.2-
80030.638.147.458.8-
90034.442.953.3--
100038.247.759.3--
120045.957.267.9--
140053.566.782.4--
160061.276.294.1--



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