Brief description of the product/ process/ service

The HR slitter is first in line, and it is responsible for making the initial narrow cuts in the broader HR coils. The following stage is an HCL pickling line that can process a million tonnes of material each year. In this method, oxide scales are removed from the surface of the hot-rolled coil. coils that have been pickled and greased are rolled to the proper thickness. The residue of rolling lubricants and iron fines remaining on the strip's surface are cleaned away by an electrolytic process. Steel in an alkaline solution can be saponified and emulsified to remove any remaining surface oil. After Cold Rolling, the tension is too high and must be lowered so that the coil can be rewound with a lower tension during Rewinding. Grain structure enhances mechanical characteristics. After being heated to a high temperature in a reducing environment, the strip is then annealed. Thinner skin can be reapplied with the use of a skin pass to get the desired effect. With the help of an electrostatic oiler, steel strip is better protected from corrosion, even after being stored for a long time. A thermo fisher thickness gauge has been included to ensure uniform wall thickness throughout the coil. The coil is slit to the desired width using the CR Slitter. The coil is supplied in sheet form by CTL. A strip coil uncoiled serves to stock, load, keep, and supply strip coil for a tube mill or coil processing plant. We provide both individual uncoiling machines and sets that include coil storage pads, a coil car, the main unit for uncoiling, a peeler, and a feed table or funnel. The coil end can be peeled out and made straight using the Peeler & Feed table/funnel. Hydraulic motors power the peeler head's extension and peeling functions, and a roller that clamps down on the product ensures that it stays straight. To join the processes of straightening, shearing, and welding coils. When the coil's end is detected, either manually or automatically, the pinch roll will stop drawing the strip in. By winding the inner wrap of the outer coil around the takeaway Arbour, the accumulator supplies the tube mill with feed. The strips go through the appropriate number of rollers to get the desired width. The tube mill is where the strip is transformed into tubes. After the edges of the strip have been trimmed, they can be welded using the modified welding equipment. Using an Electric Resistance Welder When using HF welding, the work coil is positioned in front of the weld spot to conduct the weld current to the material. Magnetic fields around the tube produce an electric current into the material, without the work coil ever making physical contact with the tube itself. The setup time for HF induction welding to change tube sizes is greatly reduced, and contact marks are never left behind. Compared to touch welding, it needs less upkeep. To prevent issues like the pipe being too round, too square, or too straight, a size and straightening device is used once the basic shape of the pipe has been made. After the pipe has been fabricated, it can be trimmed to size by a specialised machine. You'll have to decide on your own.