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  • Created by: Admin Marketing
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  • Published on: 14 SEPTEMBER 2026
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  • Last Updated: 30 SEPTEMBER 2026
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    • PIPA PVC

Industrial Pipes for Factories: Pipe Recommendations for the Chemical Industry

Factories require properly designed piping systems to ensure that production processes operate safely and efficiently. Each industrial process has different piping requirements, particularly when pipes are used to transport chemicals or fluids under specific pressure and temperature conditions. If the pipe material or specifications are not suitable for the application, the risk of leaks, corrosion, and flow disruptions may increase.

For this reason, industrial pipes should be selected based on their intended application and operating environment. Read the following guide to learn which types of pipes are suitable for factory and chemical industry applications.

What Are Industrial Pipes?

Industrial pipes are components of piping systems used to transport various types of fluids within industrial and factory environments. Because different fluids have different properties and requirements, pipes must be selected according to their intended application and operating conditions.

Common applications include:

  • Transporting water and utility fluids.
  • Transporting raw materials and other process fluids.
  • Supporting production and cooling processes.
  • Transporting industrial wastewater and other waste materials.

Understanding Factory Pipes and Their Applications

Piping systems support a wide range of factory operations, from transporting water and utility fluids to handling materials used in production processes and industrial wastewater. Because each fluid has different properties, industrial pipes should be selected based on their intended function and operating conditions to ensure reliable system performance.

Recommended Pipes for Factories and the Chemical Industry

In the chemical industry, pipes must be selected carefully because they may be exposed to different types of fluids, pressures, and temperatures. Several factors should be considered, including:

  • Chemical and corrosion resistance, based on the type of fluid being transported.
  • Working pressure and temperature, to ensure that the pipe can safely withstand the operating conditions.
  • Fluid characteristics, including chemical properties and concentration.
  • Applicable standards and specifications, to ensure that the pipe is suitable for its intended application.

Product standards are also an important consideration when selecting the appropriate pipe. BSN establishes various SNI standards based on the function and application of piping products. For example, SNI 9324:2024 covers PVC pipes used for drinking water, drainage, and sewer systems, while SNI 9362:2025 covers PE pipes used for drinking water, drainage, and pressurized sewer systems.

Therefore, applicable standards should be matched to the pipe’s intended function and application rather than being determined solely by the pipe material.

In addition, safety considerations are essential when handling and using chemicals. The Ministry of Industry, through Minister of Industry Regulation (Permenperin) No. 19 of 2019, regulates emergency prevention and response measures for industrial activities involving chemicals.

Advantages of Pipe Materials for Industrial Applications

Pipe materials should be selected based on the system’s operating conditions to support reliable long-term performance. Consider the following factors when selecting pipes for industrial applications:

  • Resistance to corrosion and relevant environmental conditions.
  • Strength appropriate for the system’s working pressure.
  • Service life that meets the requirements of the application.
  • Ease of installation and maintenance.
  • Clearly defined specifications and compliance with applicable standards.

Tips for Choosing Pipes for Factories

Before selecting a pipe product, make sure its specifications are compatible with the factory’s piping system design and operating conditions. Consider the following tips:

  • Match the pipe material and diameter to the type of fluid being transported.
  • Consider the required wall thickness and working pressure.
  • Select a connection method that is appropriate for the application.
  • Make sure the product has clearly defined standards and technical specifications.
  • Consider the surrounding environmental conditions and maintenance requirements.

Choosing the right pipes can help maintain the safety and reliability of a factory’s piping system while supporting smooth production processes. Make sure industrial pipes are selected based on the type of fluid, operating pressure, temperature, material, and applicable standards.

For industrial piping needs, Vinilon, the No. 1 Pipe Brand in Indonesia, which is halal-certified by BPJPH (Halal Product Assurance Organizing Agency), offers a variety of products that can be tailored to your factory’s system requirements. Pipa Industri? Ya, Vinilon!

Frequently Asked Questions

What is the difference between industrial pipes and pipes used in residential applications?

Industrial pipes are designed for a wide range of applications with varying operating conditions, including differences in pressure, temperature, and fluid type. Residential pipes are generally used for less demanding applications, such as water supply, drainage, and household plumbing.

Can plastic pipes be used in industrial environments?

Yes. Plastic pipes can be used in industrial environments as long as the material and specifications are appropriate for the type of fluid, pressure, temperature, and other operating conditions.

How do you determine the right pipe material based on the type of fluid?

Consider the properties of the fluid, including its acidity, chemical concentration, temperature, and pressure. These characteristics should then be matched with the chemical resistance and other specifications of the selected pipe material.

Do industrial pipes require special maintenance?

Routine maintenance is necessary to keep an industrial piping system functioning properly. Pipes, fittings, and connections should be inspected regularly to identify leaks, corrosion, or other damage at an early stage.