AT202 Cermet inserts

Product catalog summary

New Product Introduction: AT202 Cermet Inserts

Features: The AT202 cermet inserts offer a wide application range with strong toughness and longer tool life. They provide high stability and excellent cutting performance, with improved hot hardness and thermal shock resistance due to the cladding of fine grain hard particles and multi-component poly-crystal carbides. Special enhancement technologies improve binding force, ensuring excellent edge chipping and wear resistance, and high-quality finishing surfaces.

Benefits: The AT202 is recommended for general-purpose steel processing, offering excellent wear resistance, high-efficiency machining, and high-quality finishing surfaces. It provides longer tool life and higher productivity compared to carbide, with reflective surfaces at various cutting speeds.

Wear Resistance Comparison: The AT202 demonstrates superior wear resistance and tool life compared to current solutions, with significant improvements in cutting time and reduced tool wear.

Chip Breakers: The document details various chip breaker designs for different machining applications, including general-purpose finish geometry, low cutting force designs, and options for medium and profile turning. Each design is tailored for specific cutting conditions and materials.

Case Studies: Several case studies highlight the AT202's performance in different machining scenarios, showing longer tool life and improved surface finishes compared to current solutions.

Product List: A comprehensive list of available AT202 insert products is provided, detailing dimensions and specific applications for each type.

Catalog excerpts

NEW PRODUCT INTRODUCTION December 2021

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NEW PRODUCT INTRODUCTION December 2021 New Turning Cermet InsertsWide application range, offer strong toughness and longer tool life* Features High stability The hot hardness and thermal shock resistance are greatly improved through the cladding of fine grain hard particles and multi-component poly-crystal carbides. Therefore, stable tool life can be obtained under severe cutting conditions. Excellent cutting performance The special enhancement technologies are adopted, greatly improve the binding force which guarantee the excellent edge chipping and wear resistance, high-quality finishing surfaces....

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Wear resistance comparison 0.7 Tool wear（mm） Cutting time 18.4 minutes comparison Cutting conditions Cutting time(min) Current solution B Current solution A Current solution A Current solution B Tool wear（mm） Cutting conditions Cutting time(min) Machining material：40CrNiMoA Cooling：Dry cutting Edge breakage comparison （Impact times） Grade and application range general light interrupt machining machining Continuous machining Low←toughness→ high

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