Structural materials such as steel beams, channels, and frames are used to build strong frameworks in industrial facilities. These materials are known for their strength, durability, and versatility, making them indispensable in industrial infrastructure.
Spring hanger supports and pipe supports provide stability and absorb system movement caused by thermal expansion or vibrations. They ensure that structural integrity and maintain the alignment of piping systems.
Expansion bellows are designed to absorb movement and reduce stress in piping systems due to thermal expansion. They ensure system flexibility and longevity, especially in steam and water applications.
Special materials such as strainers and steam traps are used to protect and enhance the efficiency of industrial systems. A strainer filters out debris in pipelines, and a steam trap removes condensate, keeping the system free from damage.
Valves play an extremely important role in control and regulation within liquid flow in industrial systems. From manual and safety valves to advanced control and pneumatic valves, they ensure safe and efficient operation across industries.
Insulation materials are used in industrial systems to maintain temperature control and energy efficiency. They are available in the form of thermal wraps and foam boards, and they help in reducing energy losses and protecting equipment from temperature fluctuations.
Pressure-reducing stations are designed to control and regulate the pressure level at an optimal point in a system. They play a crucial role in industrial plants to ensure that there is safety, no overpressure, and efficient downstream processes.
Industrial boilers are designed to be very robust and used for producing steam or hot water in various applications. They have the highest efficiency, durability, and reliability and form the heart of industrial thermal systems.
Steam distribution headers regulate and distribute steam efficiently across industrial systems. Steam separators enhance efficiency by removing moisture from steam, ensuring better energy transfer and protecting equipment from damage caused by wet steam.
Steam pipes and metal valves are manufactured using carbon steel (CS), stainless steel (SS), alloy steel, ERW, and GI pipes to assure resistance against corrosion and abrasion. The same systems play an important role in steam distribution to power plants, factories, and refineries as a guarantee for reliability and efficiency.
Piping systems form the backbone of industrial operations. They transfer liquids, gases, and other materials efficiently. Pressure parts ensure the safe handling of high-pressure applications, while non-pressure parts focus on structural integrity.