Revolutionize High-Temperature Alloy Milling with Ceramic Cutting Tools

Unlocking the efficient machining of aerospace high-temperature alloys by ceramic milling cutters 

 

High-temperature alloys (e.g., GH4169) are critical for aircraft engines due to their exceptional heat/ocean-corrosion resistance. Yet their high hardness, toughness, and low thermal conductivity pose extreme machining challenges.  

 

Ceramic milling tools deliver a breakthrough: 

- 15–20X higher efficiency vs. conventional tools  

- 5X longer tool life than solid carbide counterparts  

 

Ceramic milling tools: Product Advantages  

 

1. High-Feed Cutting Edge Design  

- Enables aggressive material removal rates  

- ↑ 15–20X productivity in superalloy milling  

 

2. Full SiAlON Ceramic Construction  

- Superior heat/wear resistance at 400–800 m/min cutting speeds  

- 5X lifespan over solid carbide tools  

 

3. Vibration-Reducing Geometry  

- Variable pitch design minimizes chatter  

- Optimized chip evacuation prevents workpiece damage  

 

 

Specification Ceramic milling tools

 

 

Model	Cutter Diameter(DC)	Corner Radius(RE)	Max. Depth(Apmx)	Shank diameter (DM)	Total length (LF)	Flutes(ZEFP)
0605W	6	1	5	6	60	4/6
0806W	8	1	6	8	60	4/6
1008W	10	1.5	8	10	65	4/6
1209W	12	1.5	9	12	70	4/6
1610W	16	2	10	16	83	4/6
2010W	20	4	10	20	83	4/6