Whether you’re making steel from iron ore or scrap, and your end result is several inch-thick slabs or galvanized sheets less than a millimeter thick, you’re always searching for methods to optimize every stage of the process, from raw materials to the final coating line.
There are many variables to study and evaluate when it comes to accomplishing climate protection goals or making fundamental improvements to our operating performance. Within the industrial industry, the responses to this are extremely diverse.
It’s not only a matter of lowering pollution. The efficient use of energy, materials, and chemicals, water consumption, rising waste and wastewater, and ground stressors all give chances for economic growth. Modern measurement equipment goes even further when it comes to maintaining high levels of product quality. Even in the steel business, there is potential to strengthen individual positions. Let’s take a closer look at SICK’s intelligent sensors, which give help at numerous measuring points in a wide range of manufacturing processes.
In the iron and steel industry, process mass spectrometers are used.
Many significant gas analysis applications in iron and steel plants, such as blast furnace, basic oxygen steelmaking, coke oven gas analysis, secondary steel control systems, fuel gas analysis, and straightforward reduction iron making processes, use process mass spectrometers.
Contaminated Scrap Metal Detection
Handheld analyzers, grapple monitoring systems, and automatic scrap monitoring portal systems are available for steel production plants that use scrap metal to assist identify orphan sources and radiation-contaminated elements often found in scrap metal.
Steel Manufacturing: Hot and Cold Rolling Processes
Non-contact thickness gauges for hot- and cold-rolling mills give precise, real-time readings throughout high-speed steel plate and sheet production, allowing you to satisfy the tightest tolerances, ensuring your products meet the most exact standards, and maximize raw material consumption.
In the steel industry, elemental analysis is used.
OES metal analyzers can be utilized at various phases of production, whereas XRF is used for raw materials, slags, and alloys analysis — both to perform rapid, accurate analysis of trace and alloying elements throughout the manufacturing process.
OEM Machine Builders can benefit from a complete safety approach.
A safe and productive work environment is critical for the manufacture of large equipment and machines. Original equipment manufacturers (OEMs) develop massive machinery and supply equipment, but if safety precautions are not performed, this can lead to unsafe working conditions.
However, maintaining a safe and productive work environment for employees can be difficult. The material must be supplied into the machine on a continuous basis, yet workers’ hands and arms must be well protected. Some safety sensors don’t account for unclean work situations, allowing debris such as wood shavings or metal sparks to pass past the sensor’s protective field and create a failure. You need a steel company in Malaysia that is not only technologically advanced but also one that adheres to safety standards.