FCS 1.2083 Tool Steel

1.2083 TOOL STEEL

1.2083 STEEL GRADE COMPARISON AND CHEMICAL COMPOSITION COMPARISON

APPLICATION

1.2083 mold steel has outstanding performance in the field of corrosion-resistant plastic processing, and is particularly suitable for manufacturing injection molds for halogen containing plastics such as PVC. The excellent corrosion resistance of 1.2083 steel can effectively resist the erosion of acidic gases and halides, avoid pitting and cracking on the surface of the mold, and significantly extend the service life of the mold.

In the fields of food packaging and daily necessities manufacturing, 1.2083 steel has become an ideal choice due to its pure material properties. It is widely used in the manufacturing of molds for consumer goods such as tableware and cosmetics packaging. It not only meets food safety standards, but also achieves a mirror effect through polishing, ensuring a flawless appearance of the product.

For the production of precision optical components, 1.2083 steel exhibits excellent stability. It is used in the mold manufacturing of high-precision optical products such as camera lenses and solar lenses, and its extremely low deformation rate after quenching ensures the dimensional accuracy of optical components during molding.

In the field of medical device manufacturing, 1.2083 steel has been widely used due to its environmental certification and corrosion resistance. 1.2083 steel is particularly suitable for producing medical container molds such as syringes and medication bottles, and can withstand the corrosion of conventional disinfectants, fully meeting the strict hygiene and safety requirements of medical devices.

1.2083 Steel Characteristics

1.2083 steel, as a high-quality stainless steel mold steel, occupies an important position in the field of precision manufacturing. The special material formula of 1.2083 steel combines excellent mechanical properties and corrosion resistance, making it particularly suitable for mold applications that require strict surface quality.

1.2083 steel performs well in plastic mold manufacturing and can effectively resist the acidic substances generated during the processing of corrosive plastics such as PVC. The stable chemical properties of 1.2083 steel ensure that the mold can maintain a good surface condition even after long-term use.

The heat treatment process performance of 1.2083 steel is excellent, and a uniform microstructure can be obtained after appropriate treatment. The characteristic of 1.2083 steel effectively avoids deformation problems caused by thermal stress during the use of molds.

In terms of processing performance, 1.2083 steel exhibits good cutting and polishing properties. Even in the hardened state, high-precision mechanical processing can still be achieved, greatly improving the efficiency and quality of mold manufacturing.

1.2083 steel provides an ideal substrate for subsequent surface treatment processes, and its uniform material structure ensures the firm adhesion of the coating or nitride layer. This feature significantly extends the service life of the mold under harsh working conditions.