The specific weight of low density polyethylene is 12 times less than that of lead and 8 times less than that of iron. This facilitates the transportation and installation of pipes; with the help of a subsoiler can be piped up to 2 1/2 “at a speed of up to 5 km / h at a depth of 40 cm or more.
The excellent flexibility lets you copy uneven terrain, overcoming all kinds of obstacles and even achieve medium-radius curves without using tools or accesories.
They are highly elastic. This property allows absorbing shocks, stresses, vibrations, and to the eventual crushing freezing water transported without any consequences.
It is absolutely non-toxic and inert ensuring an unsurpassed level of aseptic and potability and ensuring and maintaining unchanged the smell, color and taste of the transported water.
Resist chemical and galvanic corrosion and fouling do not favor tartar. Because against UV additives incorporated in its formulation, do not suffer ultraviolet photo-degradation, therefore they can be installed outdoors and exposed to the sun permanently.
The low coefficient of internal roughness, absence of corrosion and scale and fewer joints determines exceptionally low relative pressure drop, allowing speeds higher Uniquely driving fluids. This results in higher through put, increased pressure and in many cases greater economy; the same flow is achieved with a smaller diameter tube.
This plastic, there are two very distinct families, such as LDPE (low density polyethylene) and HDPE (LDPE). Which differ from the chemical structure, since the LDPE is a polymer with a highly branched chain structure, while the HDPE is linear and without branches, making it more rigid and tough material. Based on the passage above, Summarize the advantages of using low density polyethylene for pipes.
The specific weight of low density polyethylene is 12 times less than that of lead and 8 times less than that of iron. This facilitates the transportation and installation of pipes; with the help of a subsoiler can be piped up to 2 1/2 “at a speed of up to 5 km / h at a depth of 40 cm or more.
The excellent flexibility lets you copy uneven terrain, overcoming all kinds of obstacles and even achieve medium-radius curves without using tools or accesories.
They are highly elastic. This property allows absorbing shocks, stresses, vibrations, and to the eventual crushing freezing water transported without any consequences.
It is absolutely non-toxic and inert ensuring an unsurpassed level of aseptic and potability and ensuring and maintaining unchanged the smell, color and taste of the transported water.
Resist chemical and galvanic corrosion and fouling do not favor tartar. Because against UV additives incorporated in its formulation, do not suffer ultraviolet photo-degradation, therefore they can be installed outdoors and exposed to the sun permanently.
The low coefficient of internal roughness, absence of corrosion and scale and fewer joints determines exceptionally low relative pressure drop, allowing speeds higher Uniquely driving fluids. This results in higher through put, increased pressure and in many cases greater economy; the same flow is achieved with a smaller diameter tube.
This plastic, there are two very distinct families, such as LDPE (low density polyethylene) and HDPE (LDPE). Which differ from the chemical structure, since the LDPE is a polymer with a highly branched chain structure, while the HDPE is linear and without branches, making it more rigid and tough material. Based on the passage above, Summarize the advantages of using low density polyethylene for pipes.
user
1. Low specific weight facilitates transportation and installation
2. Excellent flexibility allows for copying uneven terrain and achieving medium-radius curves without tools or accessories
3. Highly elastic, absorbs shocks, stresses, and vibrations without consequences
4. Non-toxic and inert, ensuring a high level of aseptic and potability, maintaining unchanged smell, color, and taste of the transported water
5. Resists chemical and galvanic corrosion and fouling, and UV photo-degradation
6. Low coefficient of internal roughness, absence of corrosion and scale, and fewer joints result in exceptionally low relative pressure drop, allowing for higher speeds and increased pressure, resulting in greater economy. 
7. LDPE and HDPE are two distinct families with different chemical structures, LDPE is highly branched and HDPE is linear and without branches, making it a tougher and more rigid material.
assistant
Can you provide more information on the differences between LDPE and HDPE?
user
Sure! LDPE and HDPE are both thermoplastics with unique characteristics and applications. The main differences between the two are:

1. Chemical structure - LDPE has a highly branched chain structure while HDPE has a linear and without branches structure. This makes HDPE a tougher and more rigid material than LDPE.

2. Density - LDPE has a density of 0.910-0.940 g/cm3, making it less dense than HDPE which has a density of 0.941-0.965 g/cm3.

3. Strength - HDPE is stronger and more durable than LDPE due to its linear structure.

4. Melting point - HDPE has a higher melting point than LDPE making it more resistant to high temperatures.

5. Applications - LDPE is commonly used in packaging (e.g., plastic bags, shrink wrap), toys, and coatings whereas HDPE is often used in piping systems, electrical conduits, and automotive parts.

Overall, both LDPE and HDPE have their unique properties and applications, and are both widely used in various industries.
assistant