HRC65 Carbide Ball Nose End Mills-2 Flute TISIN Coated,For Milling Alloy Steels, Hardened Steel, Metal etc.size R6x100mm

HRC65 Carbide Ball Nose End Mi【Factory Direct Sales】  
We operate our own factory, eliminating middlemen to reduce costs and offer higher cost-effectiveness.  
Same price, better quality; same quality, better price.

【Complete Specifications】  
Wide range of specifications available. Contact customer service for special specifications. Custom orders accepted for bulk quantities.

 6 Core Upgrades  
1. Nano Coating  
2. Fine Micro-Grain Structure  
3. High Wear Resistance  
4. Smooth Cutting Performance  
5. Solid Tungsten Carbide Construction  
6. Clean and Smooth Cutting Surface  

【Stringent Material Selection】
0.2UM micro-grain tungsten carbide hard alloy
We use raw tungsten carbide from leading manufacturers—no recycled materials. The tool is integrally formed in one piece, precision-ground with high-end ANCA grinding equipment and high power, ensuring exceptional stability and fundamentally guaranteeing tool quality. The micro-grain tungsten carbide substrate offers higher wear resistance and strength, excellent processing performance, and maintains high hardness even under high temperatures generated during high-speed cutting.

【TiAlN+TiSiN Nano Coating】  
TiAlN+TiSiN is a high-end coating primarily used in severe machining environments. When your machining tasks involve hard materials, high temperatures, high wear, or material adhesion issues, TiAlN+TiSiN coating is often an excellent choice worth considering, thanks to the following properties:

1. Super-Hardness and Wear Resistance: Its hardness can easily exceed 40 GPa, making it highly suitable for machining hard materials (such as hardened steel, high-temperature alloys) and applications with significant abrasive wear.
2. Excellent High-Temperature Performance:It inherits the oxidation resistance of TiAlN, leading to slow performance degradation and long service life during continuous high-temperature cutting.
3. Good Toughness:The nano-multilayer structure effectively inhibits crack propagation, making the coating impact-resistant and suitable for intermittent cutting or milling operations.
4. Low Friction Coefficient and Anti-Adhesion Properties: It effectively reduces friction and adhesion with workpiece materials, making it particularly suitable for machining sticky materials (such as stainless steel, aluminum alloys, titanium alloys), improving chip evacuation and surface finish.
5. Smooth and Dense Surface: The coating surface is typically smoother, which helps reduce cutting forces and cutting temperatures.
【Cutter Head Design】
1. A suitable negative rake angle is adopted to balance edge strength and sharpness. Combined with a large core diameter, the tool's rigidity is enhanced, ensuring stable cutting and chip evacuation.  
2. The 30-degree helix angle design, dual blade bands, and a versatile edge groove design make it suitable for both roughing and finishing. The large chip flute prevents chip adhesion, significantly extending tool life.  
3. The dual arc + 30-degree helix angle design enhances the milling cutter's wear resistance, reduces burrs during processing, and delivers high surface finish quality. 
【Tool Shank Design】  
- Universal chamfered round shank ensures firm grip and easy clamping  
- Durable and user-friendly
【Applicable materials】Processable materials include cast iron, iron, copper, stainless steel, carbon steel, tempered steel, etc.
【Compatible Machines】
CNC machining centers, precision drilling machines, and stable conventional drilling machines.


【Application Scenarios】
 1. Side milling  
2. Surface machining  
3. Countersinking  
4. Side processing  
5. Groove cutting 
 
2-Flute ball end mill for steel
Specifications：【Mill Diameter】 + 【Cutting Legth】 + 【Shank Diameter】 + 【Overall Length】 +【Flute】
unit：mm
R0.5x2x50: 0.5-- 2-- 4-- 50-- 2
R0.75x3x50: 0.75-- 3-- 4-- 50-- 2
R1x4x50: 1-- 4-- 4-- 50-- 2
R1.25x5x50: 1.25-- 5-- 4-- 50-- 2
R1.5x6x50: 1.5-- 6-- 4-- 50-- 2
R2x8x50: 2-- 8-- 4-- 50-- 2
R2x8x75: 2-- 8-- 4-- 75-- 2
R2x8x100: 2-- 8-- 4-- 100-- 2
R2.5x10x50: 2.5-- 10-- 5-- 50-- 2
R3x12x50: 3-- 12-- 6-- 50-- 2
R3x12x75: 3-- 12-- 6-- 75-- 2
R3x12x100: 3-- 12-- 6-- 100-- 2
R3x12x150: 3-- 12-- 6-- 150-- 2
R4x16x60: 4-- 16-- 8-- 60-- 2
R4x16x75: 4-- 16-- 8-- 75-- 2
R4x16x100: 4-- 16-- 8-- 100-- 2
R6x16x150: 4-- 16-- 8-- 150-- 2
R5x20x75: 5-- 20-- 10-- 75-- 2
R5x20x100: 5-- 20-- 10-- 100-- 2
R5x20x150: 5-- 20-- 10-- 150-- 2
R6x24x75: 6-- 24-- 12-- 75-- 2
R6x24x100: 6-- 24-- 12-- 100-- 2
R6x24x150: 6-- 24-- 12-- 150-- 2
R7x30x100: 7-- 30-- 14-- 100-- 2
R7x30x150: 7-- 30-- 14-- 150-- 2
R8x32x100: 8-- 32-- 16-- 100-- 2
R8x32x150: 8-- 32-- 16-- 150-- 2
R9x36x100: 9-- 36-- 18-- 100-- 2
R9x36x150: 9-- 36-- 18-- 150-- 2
R10x40x100: 10-- 40-- 20-- 100-- 2
R10x40x150: 10-- 40-- 20-- 150-- 2

【Instructions for Use】
Information buyers need to know when selecting and operating the tool:
1. Before using the tool, check the tool runout. If the runout accuracy exceeds 0.01mm, correct it before proceeding with cutting.  
2. Keep the tool extension out of the collet as short as possible. If a longer extension is necessary, reduce the speed, feed rate, or depth of cut.  
3. If abnormal vibration or noise occurs during cutting, reduce the speed and feed rate until the situation improves.  
4. For cooling steel, mist or air spray cooling is recommended, as it significantly enhances the milling tool’s performance.  
5. Cutting performance can be affected by the workpiece, machine, and software. The provided data are for reference only. Once the cutting process stabilizes, the feed rate can be increased by 30% to 50%.  
6. For other specifications or additional inquiries, please contact customer service. lls-2 Flute TISIN Coated,For Milling Alloy Steels, Hardened Steel, Metal etc