NKP5E88MIG

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Keystone-Inserts:NKP5E88MIG Application Field and Working Principle

NKP5E88MIG is a specialized industrial grade grinding insert from Keystone-Inserts. It is mainly designed for machining aluminum and cast iron components while providing improved stiffness and enhanced shock resistance.

Compared with traditional insert solution, the NKP5E88MIG achieves improved performance in the areas of thermal stability, surface finish, and tool life. It utilizes a unique modified low-profile geometry and delivers superior chip control, uniform surface finish, and higher cutting speeds.

In terms of its application field, the NKP5E88MIG is best suited for machining aluminum and cast iron components. Common materials used in aluminum component machining include aluminum alloy, aluminum alloy plus, and copper alloy. NKP5E88MIG is especially suitable for production loads that require high thermal stability, extreme wear resistance, and improved chip control. The insert also provides excellent performance in applications involving interrupted or light, repetitive machining.

In terms of its working principle, the NKP5E88MIG utilizes a modified low-profile geometry to provide excellent chip control and uniform surface finish. The insert is designed with a special chip breaker geometry which helps to ensure chip evacuation and provides higher cutting speeds. The modified low-profile geometry also gives the insert improved shock resistance and thermal stability, making it suitable for long production runs.

In summary, the NKP5E88MIG is an industrial grade grinding insert from Keystone-Inserts. It is best suited for machining aluminum and cast iron components and provides improved stiffness and enhanced shock resistance. The insert utilizes a modified low-profile geometry to deliver superior chip control, uniform surface finish, and higher cutting speeds.

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