Our sheet metal shell are available in a wide range of material selections such as alloy, iron, aluminum, stainless steel, and more.
These products are all part of Amico’s high-performance industrial sheet metal solutions, designed to provide a solid structural foundation and protection for precision gas processing equipment. Among them, the steel shell of the scroll compressor serves as the core protective component, providing a variety of material options including alloy, iron, aluminum, and stainless steel, ensuring the structural integrity and environmental resistance of the equipment under complex working conditions, effectively supporting the stable operation of the internal high-precision scroll disk components.
At the same time, in terms of the overall stability of the system, the steel base of the adsorption dryer system and the steel base of the NFPA dual SCD horizontal gas storage tank play a crucial supporting role through their rigid structural design. These bases not only effectively absorb and resist high-frequency mechanical vibrations generated by compressors and dryers during industrial operation, preventing fatigue stress cracking caused by long-term vibration accumulation, but also ensure precise alignment of twin tower containers or horizontal gas storage tanks through strict manufacturing standards. This extremely high horizontal and vertical alignment further ensures the uniformity of airflow distribution within the system, thereby improving the overall efficiency of dehumidification and gas treatment, ensuring that these precision gas systems can operate safely and efficiently in industrial and medical environments for a long time.
Our sheet metal shell are available in a wide range of material selections such as alloy, iron, aluminum, stainless steel, and more.
In industrial environments, air compressors and dryers themselves generate mechanical vibrations. Steel foundations are typically designed as rigid structures that can absorb or resist these vibrations.
As pressure vessels, horizontal tank have stringent requirements for vertical alignment. The steel base serves not only as a support but also ensures the level alignment of the dual-tower structure, which guarantees uniform internal airflow distribution.
Horizontal gas storage tanks are usually fixed on the base with two or more saddles. This design aims to evenly distribute the weight of the cylindrical tank and prevent stress concentration caused by excessive local stress on the tank.
