When an DIN 2.4816 Shims is produced, it goes through careful processing that ensures optimal microstructure and properties. The plate is first hot rolled before being annealed and descaled. This relieves stresses from rolling and gives the metal a uniform fine-grain structure. The plate can then be cold rolled to precise thicknesses as required. Extra steps like shot peening or polishing may also be used when a more refined surface finish is needed.

The outstanding properties of the Inconel 600 plate make it a frequent choice for demanding applications where heat and corrosion pose a threat to component integrity. Inconel 600 maintains its strength and resists expansion or rupture even when exposed to temperatures up to 1000°C in oxidizing environments. It is often used to fabricate retorts, muffles and other furnace components. The aerospace industry relies on Inconel 600 for exhaust manifolds, combustion cans and other parts close to hot turbine sections.

When corrosion resistance is the priority, the Inconel 600 is again a top option. The alloy stands up very well to various acids, alkalis and salts. Key applications taking advantage of this capability include heat exchangers, condensers and piping exposed to harsh industrial chemicals. The nuclear industry also values Inconel 600 for its resistance to radioactive environments. Reactor components like fuel element spacers and control rod drive mechanisms are commonly made from nickel-based plates.