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WNMG080408-QF PC8315T
SHITAEGER
NEK-WNMG85
Turning Insert
Automobile, machine tool, aviation, mould
10pcs/box
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Elevate your machining capabilities with our meticulously engineered turning inserts, crafted to meet the rigorous demands of modern industrial production. Forged from premium cemented carbide—a sophisticated matrix of tungsten cobalt, titanium tantalum, and molybdenum sintered under extreme temperatures—this tool exhibits extraordinary hardness and structural integrity. When your operations require processing hard steel laden with stubborn inclusions, the robust physical properties of this insert prevent premature wear and catastrophic edge failure. The tactile finish of the insert speaks to its precision manufacturing, offering a smooth, friction-reducing surface that glides through tough alloys while maintaining a razor-sharp cutting edge. Beyond merely removing metal, this tool fundamentally transforms your workflow by stabilizing cutting forces, dampening high-frequency vibrations, and ensuring that every single pass yields a pristine, mirror-like surface finish. Whether you are outfitting a massive automotive assembly line or a specialized aerospace component facility, integrating this cutting solution means fewer tool changes, minimized machine downtime, and a predictable, highly efficient production cycle that directly protects your operational profitability.
### Material
The commonly used materials of steel car blades are mainly cemented carbide blades, ceramic blades and CBN blades:
** * Carbide blade ** : By tungsten cobalt, titanium tantalum, molybdenum and other metal powder and carbide mixture sintered at high temperature, with high hardness and wear resistance, especially suitable for processing hard steel containing hard inclusions.
** * Ceramic blade ** : Made of alumina and other ceramic materials, with excellent hardness, wear resistance and chemical stability, is the ideal choice for high-speed cutting and steel parts machining.
** *CBN blade ** : made of boron nitride, high hardness and good thermal stability, suitable for processing high hardness materials and high-speed cutting, especially suitable for carburized hardened steel and other difficult to process materials.
### Features
** * Carbide blade ** : high hardness, good wear resistance, can withstand a large impact load, but the price is relatively high, and may not be the best choice in batch processing, because its processing efficiency is relatively low and easy to break.
** * Ceramic blade ** : Excellent hardness, wear resistance and chemical stability, but more fragile, easy to be hit and break.
** *CBN blade ** : High hardness, good thermal stability, relatively high cost, but in some specific occasions, its excellent performance makes it an indispensable choice.
### Advantage
** * Carbide blade ** : Suitable for stainless steel, high-strength steel and other difficult processing occasions, can provide long, predictable tool life.
** * Ceramic blade ** : Suitable for high-speed cutting and steel parts finishing machining, can reduce wear and thermal deformation in processing, improve cutting performance.
** *CBN blade ** : Excellent performance in machining high-hardness materials and high-speed cutting, can improve cutting efficiency and accuracy, and is not prone to tool deviation.
### Application
** * Carbide blade ** : widely used in stainless steel, high-strength steel and other high difficulty processing occasions, such as automobile manufacturing, aerospace and other fields.
** * Ceramic blade ** : Often used in high-speed cutting and steel parts machining, such as mold manufacturing, precision mechanical parts processing and other fields.
** *CBN blade ** : Suitable for high-difficulty and high-demand processing occasions, such as carburized quenched steel processing, precision metal processing and other fields.
