The most common PVC pipes are PVC drainage pipes and PVC water supply pipes. Both are made of polyvinyl chloride resin as the main raw material and are produced through an extrusion molding process. From the literal meaning, it is not difficult to understand that one is used for drainage and the other is used for water supply. But what are the specific differences? Here we list them for you.

Whether serving as the "lifeline" of urban water supply, the "nourishing vein" of farmland irrigation, or the "safety line" of gas transmission, pipeline systems are the core infrastructure supporting production and daily life. Polyethylene (PE) pipe, with its core advantages of durability, ease of use, and environmental friendliness, has long been the preferred choice for pipeline projects. From municipal services to livelihoods, from industry to agriculture, it safeguards every pipeline journey with its strength!

Across the vast fields, every crop thrives on water. An efficient and reliable irrigation system is crucial for farmers to achieve their dreams of a bountiful harvest. With the accelerated pace of agricultural modernization, traditional irrigation pipes are increasingly unable to meet the demands of modern agricultural production due to issues such as fragility, high energy consumption, and difficult maintenance. PE pipes (polyethylene pipes), with their many advantages for adapting to agricultural scenarios, have become the new favorite in the agricultural irrigation field. From field installation to daily irrigation, they empower agricultural production in all aspects, ensuring a smoother path to a bountiful harvest.

PE pipes are widely used in water supply and drainage projects, gas transmission, and other fields due to their corrosion resistance and excellent flexibility. However, to fully utilize the performance advantages of PE pipes, reliable connection methods are crucial. So, what are the common PE pipe connection methods? How should they be used correctly? The following article provides a detailed analysis of the key points of the three major connection methods.

When it comes to material selection for building drainage systems, PVC drain pipes and cast iron pipes are both common choices. They each have their own advantages in terms of performance, cost, and environmental protection, and together they provide guarantees for the drainage needs of modern buildings.

PVC, UPVC, CPVC, PP, PE, PB, PVDF plastic pipe performance and differences

PP-R (polypropylene random copolymer) pipes, with their excellent overall performance, have become the mainstream choice for hot and cold water transportation, water supply, and drainage systems in modern buildings. Made from a copolymer of propylene and a small amount of ethylene, these pipes retain the chemical resistance and stability of polypropylene while overcoming the brittleness of traditional plastic pipes through an optimized molecular structure. This makes them irreplaceable in various plumbing scenarios.

Are you still worried about frequent pipe damage and high maintenance costs? Are you still struggling to find the right pipe material for your complex environment? Then consider PU pipe! This pipe, with its many advantages, will bring a whole new experience to your production and life.

PE pipes play an increasingly important role in daily life and engineering construction, and have become the second largest plastic material used in the world. The properties of PE pipes determine their wide range of applications. Their excellent durability has gradually replaced traditional pipes and quickly become a top priority in the field of fluid transportation.

Common sense questions about PE pipes for reference

In the field of pipeline engineering, polyethylene (PE) pipes, thanks to their corrosion resistance and excellent toughness, have become the mainstay of modern piping systems. However, you may not know that seemingly identical PE pipes have completely different "missions" in the south and north. The reason behind this is the clever adjustment of the formula.

In today's pursuit of green and energy-efficient living, ground-source heat pump systems, thanks to their high efficiency and environmental friendliness, are becoming the preferred choice for many homes and buildings. Within this system, PE pipes serve as a critical channel for heat transfer, and their thermal conductivity directly impacts the overall system's operating efficiency and energy savings.