KNUX Turning Carbide Inserts
KNUX Turning Carbide Inserts Advantages
High-strength design: KNUX inserts are designed with negative cutting edges and positive flanks to ensure high
hardness and wear resistance under harsh conditions, providing excellent strength.
Quick replacement: Insert replacement is convenient and fast, which can minimize downtime and thus
improve productivity.
Excellent cutting performance: These carbide inserts provide smooth surfaces and consistent chamfering results,
making them a cost-effective and reliable choice.
Wide application: KNUX inserts are suitable for precision chamfering and various turning operations, and can meet
the processing needs of different materials.
Competitive price: Competitive wholesale prices are provided for large orders, and excellent after-sales service is
provided to ensure customer satisfaction.
These advantages make KNUX Turning Carbide Inserts an ideal choice for optimizing machining processes and
improving productivity in the manufacturing industry.
KNUX Turning Inserts are precision carbide tools designed for semi-finishing and finishing operations in CNC turning. They feature a 55° parallelogram shape with a negative rake angle, optimizing chip control and providing a smooth surface finish. These inserts are available in both left and right-hand configurations for versatility in various machining applications. Known for their high hardness, wear resistance, and strength, KNUX inserts ensure minimal downtime and consistent results, making them a reliable choice for precision chamfering in harsh conditions.
The TG4105 grade insert, featuring a yellow color and hardness ranging from P15 to P30, is enhanced with a CVD coating. This insert utilizes a dual-structure alloy substrate that offers improved toughness. It is coated with a medium-thick layer of MT-TiCN and a thick layer of a-AI2O3, providing excellent wear resistance and thermal stability. This insert is specifically recommended for general intermittent cutting applications involving carbon steel and low-alloy steel materials.
The TG4135 grade insert, with a black color and hardness levels between P15 and P30, benefits from a CVD coating. This insert is crafted with a dual-structure alloy substrate that delivers enhanced toughness. It features an MT-TiCN coating combined with a thick layer of a-AI2O3, which is further treated with stress balance technology to ensure exceptional reliability and wear resistance. This insert is highly recommended for a broad spectrum of steel processing applications.
The TG4245 grade insert presents a dual-color appearance and boasts hardness levels from P25 to P40, complemented by a CVD coating. This insert is distinguished by its robust and tough alloy substrate, which is coated with a combination of MT-TiCN and a thick layer of a-AI2O3. This coating duo endows the insert with superior edge strength and resistance to plastic deformation, marking it as the preferred choice for machining operations conducted under unstable working conditions.
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