Applied process is a global group of commercial heat treats that specializes in Austempering process. The authority in this process get to paid to heat treat the parts of people but what they really do for a living is help the customers to replace one process/material combination with a faster, better and cheaper one. Applied process is working as a reliable step in manufacturing process or as a cost effective supplier of outsourced austempering services and you will find them as cost effective and no problem kind of collaborator. Austempering make the steel and iron parts stronger, tougher, quieter, lighter, greener and wear resistant.
In heating treating industry, applied process has been a technology leader since 1978. Its roots were forged in 1962. There introductory product was a controlled atmosphere continuous belt type austempering belt capable of processing 680kg parts per hour. Austempering is a specialized heat treat isothermal process that imparts superior properties to ferrous metals. These metals gains toughness and strength due to the unique micro-structure gained through this process.
The product Carbidic Austempered Ductile Iron or CADI is produced by austempering ductile iron that has a controlled volume of carbides present for an greater abrasion resistant material. The resulting micro structure consists of carbides within an ADI matrix - ausferrite. The amount of carbide in CADI is dependent upon the desired abrasion resistance with the typical ranges of 10 to 30% carbide present. The properties of the ADI matrix surrounding the carbide are determined by the selection of the heat treatment parameters.
In heating treating industry, applied process has been a technology leader since 1978. Its roots were forged in 1962. There introductory product was a controlled atmosphere continuous belt type austempering belt capable of processing 680kg parts per hour. Austempering is a specialized heat treat isothermal process that imparts superior properties to ferrous metals. These metals gains toughness and strength due to the unique micro-structure gained through this process.
The product Carbidic Austempered Ductile Iron or CADI is produced by austempering ductile iron that has a controlled volume of carbides present for an greater abrasion resistant material. The resulting micro structure consists of carbides within an ADI matrix - ausferrite. The amount of carbide in CADI is dependent upon the desired abrasion resistance with the typical ranges of 10 to 30% carbide present. The properties of the ADI matrix surrounding the carbide are determined by the selection of the heat treatment parameters.
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