1116315-2 Connectors, Interconnects

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Keystone - Inserts, or 1116315-2, is a type of insert used for metalworking applications such as metalworking, sheet metal forming, and machining. It is primarily used to form or shape parts out of metal. The insert is machined to a precise geometry to provide a superior quality result. It is also used in industrial and automotive applications.1116315-2 inserts consist of a body and insert tip. The tip of the insert is made up of a tungsten carbide material which is heat-treated and sintered into a geometry which is used to form or shape the metal part. The body of the insert is typically made from a tool steel or stainless steel material.In metalworking applications, the 1116315-2 insert is typically used in a machining or turning operation. The insert is mounted in a tool holder, such as a lathe chuck or a drill chuck, and is driven into the part to be machined or formed. As the insert is driven, it applies a precise geometry to the part. This geometry can be used to form various shapes such as threads, grooves, or holes.The 1116315-2 insert is also used in sheet metal forming applications. In this application, the insert is used to form a thin sheet of metal such as aluminum or stainless steel into a desired shape. The insert is driven into the sheet as it is being formed, ensuring a precise geometry is applied to the sheet. This process is often used to create complex shapes and features for parts and components.The 1116315-2 insert is also used in automotive applications. It is commonly used in engine blocks and other parts of the engine to form precise shapes and contours. It is also used in other automotive applications, such as power steering parts, transmission parts, and brakes.The 1116315-2 insert is a versatile and durable insert that can be used in a variety of metalworking applications. It provides an excellent finish and a precise geometry to the part. It is durable enough to withstand the wear and tear of cutting and forming metal parts in industrial and automotive applications.

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