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76. Versatile Tungsten Carbide Inserts for High-Performance Steel Cutting 
[Jan 04, 2026]
[Jan 04, 2026] Specification Key Features & Advantages 1. Versatile Chipbreaker Geometry – Optimized designs ensure superior chip control for diverse materials like steel, stainless steel, cast iron, and alloys. 2. Advanced Coating ...
77. High-Performance Carbide Inserts for Steel and Stainless Steel Cutting [Jan 04, 2026]
[Jan 04, 2026] Specification Key Features Inserts are indexable, crafted from tough carbide with advanced PVD/CVD coatings (TiAlN, ALCrN). Precisely engineered geometries, including edge preparations and chipbreaker designs, ensure ...
78. Advanced Carbide Coated Inserts for Cast Iron and Metal Alloys [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features Inserts are indexable, crafted from tough carbide with advanced coatings (PVD/CVD like TiAlN, ALCrN). Engineered geometries include strong edge preparations and chipbreaker designs for ...
79. Premium Tungsten Carbide Coated Inserts for CNC Milling Tools [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features Inserts are indexable, crafted from tough carbide with advanced coatings (PVD/CVD like TiAlN, ALCrN). They feature precise geometries with strong edge preparations and chipbreaker designs for ...
80. Reliable Carbide Coated Milling Inserts for Various Metal Workpieces [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features The inserts are indexable, crafted from tough carbide with advanced coatings (PVD/CVD like TiAlN, ALCrN). With engineered geometries, strong edge preparations, and chipbreaker designs, they ...
81. Tungsten Carbide Inserts for High-Performance CNC Milling Applications [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features These indexable inserts are crafted from tough carbide with advanced PVD/CVD coatings like TiAlN, ALCrN. Precisely engineered for efficient cutting, they feature strong edge preparations and ...
82. Custom Tungsten Carbide Inserts Designed for Efficient CNC Machining [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features The inserts, typically indexable and made from tough carbide with advanced PVD/CVD coatings like TiAlN and AlCrN, feature precise geometries, strong edge preparations, and chipbreaker designs ...
83. Enhanced Performance Carbide Coated Inserts for CNC Metal Cutting [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features The inserts, typically indexable, are made from tough carbide with advanced coatings like PVD/CVD (e.g., TiAlN, ALCrN). Precisely engineered geometries with robust edge preparations and ...
84. Versatile Carbide Inserts for CNC Milling of Cast Iron Alloys [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features Inserts are indexable, crafted from tough carbide with advanced coatings (PVD/CVD like TiAlN, ALCrN). Precisely engineered geometries, strong edge preparations, and chipbreaker designs ensure ...
85. Premium 4-Flute CNC Carbide Endmill with Corner Radius [Dec 31, 2025]
[Dec 31, 2025] Specification Key Features &Advantages Solid carbide end mills, milled from a single piece of ultra-hard tungsten carbide, offer exceptional hardness, rigidity, and wear resistance compared to HSS or cobalt tools. This ...
86. Custom Tungsten Carbide Inserts for High-Precision Steel Work [Dec 30, 2025]
[Dec 30, 2025] Specification Key Features & Advantages 1. Versatile Chipbreaker Geometry – Optimized for chip control across materials like steel and alloys. 2. Advanced Coating Technology – TiAIN and AICrN coatings lower heat, ...
87. Carbide Inserts for Grooving and Cutting Steel and Alloy Materials [Dec 30, 2025]
[Dec 30, 2025] Specification Key Features & Advantages 1. Versatile Chipbreaker Geometry for optimal chip control across materials like steel, stainless steel, cast iron, and alloys. 2. Advanced Coating Technology with multi-layer ...
88. Indexable Tungsten Carbide Inserts for Custom Steel Applications [Dec 30, 2025]
[Dec 30, 2025] Specification Key Features & Advantages 1. Versatile Chipbreaker Geometry – Ensures optimal chip control across materials like steel, stainless steel, cast iron, and alloys. 2. Advanced Coating Technology – Multi-layer ...
89. High-Performance Carbide Inserts for Precision Steel Cutting Solutions [Dec 30, 2025]
[Dec 30, 2025] Specification Key Features & Advantages 1. Versatile Chipbreaker Geometry – Optimized for chip control across materials: steel, stainless steel, cast iron, and alloys. 2. Advanced Coating Technology – Multi-layer ...
90. Durable Turning Inserts: Customizable Tungsten Carbide for Steel Cutting [Dec 30, 2025]
[Dec 30, 2025] Specification Key Features & Advantages 1. Versatile Chipbreaker Geometry – Optimized for superior chip control across materials like steel, stainless steel, cast iron, and alloys. 2. Advanced Coating Technology – ...
