Super Wear-resistant Solid Cermet Flat-bottom Straight-shank End Mill for Precision Engineering and Mold Machining

Short Description:

Functions: Super wear-resistant property extends tool service life; flat bottom design fits flat surface machining; spiral flute enhances chip evacuation efficiency.

Scenarios: Ideal for precision engineering projects and mold die machining, adapts to high-speed cutting requirements.

Material: Cermet composite (alumina + silicon nitride base)
Hardness: HRA92
Tool Type: Solid flat-bottom end mill
Shank Type: Straight shank
Number of Flutes: 2-flute / 4-flute / 6-flute optional

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Bullet Points

1. Cermet composite material with HRA92 hardness, 3x more wear-resistant than traditional cemented carbide, significantly extending tool life.

2. 90° flat bottom design + precision grinding process, achieving mirror-like finishing (Ra as low as 0.08μm), perfectly suitable for high-precision needs like flat-bottomed grooves and square holes.

3. High-temperature resistant coating, capable of withstanding temperatures over 1000℃, supporting high-speed cutting of 40-500m/min, improving processing efficiency by 2-3 times.

4. Excellent chemical stability, avoiding welding or built-up edges with workpieces, reducing machining deformation and scrap rate.

5. Straight shank design ensures stable clamping and outstanding vibration resistance, compatible with various CNC machines like milling machines, and applicable to steel, stainless steel, high-temperature alloys, etc.