Fluid conveying pipe is a pipeline system used for conveying liquid or gaseous fluids, widely used in industries, agriculture, construction, and other fields. The design and selection of fluid delivery pipes are crucial for ensuring the safe transportation and efficient utilization of fluids. The manufacturer of conveying fluid pipes will introduce the basic concepts, classifications, common materials, and factors to consider in the selection and installation process of conveying fluid pipes.

Fluid conveying pipes include two types: liquid conveying pipes and gas conveying pipes. Liquid conveying pipes are mainly used to transport liquid media such as water, oil, and chemicals, while gas conveying pipes are used to transport gaseous media such as air, natural gas, and nitrogen. There are some differences in design and material selection among different types of conveying pipes.

Common liquid conveying pipes are divided into metal pipes and non-metallic pipes. Metal pipes, including steel pipes, copper pipes, and aluminum pipes, have high strength and pressure resistance, and are suitable for high-pressure liquid transportation. Non metallic pipes, including plastic pipes, rubber pipes, and composite pipes, have lower costs and weight, and are suitable for general pressure liquid transportation. When selecting a liquid delivery pipe, factors such as the characteristics of the medium, working pressure, temperature, and flow rate need to be considered.

Gas delivery pipes are also divided into metal pipes and non-metallic pipes. Metal pipes are generally made of seamless steel pipes or spiral welded steel pipes, which have high pressure and corrosion resistance and are suitable for high-pressure gas transportation. Non metallic pipes mainly include polyvinyl chloride (PVC) pipes, polyethylene (PE) pipes, and stainless steel corrugated pipes, which have lower cost and weight and are suitable for general pressure gas transportation. When selecting gas delivery pipes, it is necessary to consider factors such as the characteristics of the medium, working pressure, temperature, and flow rate.

When selecting and installing the conveying fluid pipe, the manufacturer of the conveying fluid pipe tells you that the following factors also need to be considered. The first is the characteristics of the medium, including the acidity, viscosity, and solid particle content of the liquid, as well as the pressure, temperature, and humidity of the gas. These characteristics will affect the selection of pipes and anti-corrosion measures. Next is the working pressure and temperature, and it is necessary to choose pipes and piping systems that are suitable for the working conditions. Once again, it is a flow requirement to determine the size and layout of the pipeline based on the flow rate to ensure the normal delivery of the fluid. Afterwards, safety factors should be considered, including the pressure resistance of the pipeline system, fire prevention measures, and leakage prevention, to ensure the safe transportation of fluids.

In short, fluid conveying pipes are an important pipeline system used for conveying liquid or gaseous media. In the selection and installation process, it is necessary to fully consider factors such as medium characteristics, working pressure, temperature, and flow rate to ensure the safe operation and efficient utilization of the pipeline system. Only by correctly selecting and arranging the conveying fluid pipes can we meet the needs of various industrial and daily applications.