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4 Flute Solid Carbide End Mill for HighTemperature Alloy Machining Anti Vibration High Precision

4 Flute Solid Carbide End Mill for HighTemperature Alloy Machining Anti Vibration High Precision

Brand Name: AMG
MOQ: 3-10PCS
Packaging Details: Plastic tube
Payment Terms: T/T/Credit Card
Detail Information
Place of Origin:
CHINA
Certification:
ISO9001
Product Name:
4 Flute Solid Carbide End Mill For High Temperature Alloy
Material:
Carbide
Application:
High Temperature Alloy
Coating:
TiAlSiN
Diameter:
10mm
Shank Type:
Reduced Shank
Supply Ability:
30000-100000pcs per month
Highlight:

High Precision Carbide End Mill

,

Anti Vibration Carbide End Mill

Product Description
4 Flute Solid Carbide End Mill for High Temperature Alloy Machining - Anti Vibration High Precision
Product Specifications
Attribute Value
Product name 4 Flute Solid Carbide End Mill for High Temperature Alloy
Material Carbide
Application High Temperature Alloy
Coating TiAlSiN
Diameter 10mm
Shank type Reduced shank
Product Overview

This 4-flute solid carbide end mill is engineered specifically for machining high-temperature alloys including Inconel, Hastelloy, Waspaloy, and titanium alloys. Designed for demanding aerospace, energy, and industrial applications, it delivers exceptional performance with superior stability, extended tool life, and efficient chip evacuation.

Key Features
  • 4-Flute Design - Optimized balance between material removal rate and tool rigidity, reducing deflection in high-load machining
  • Solid Carbide Construction - Ultra-fine grain carbide provides extreme hardness, wear resistance, and heat resistance
  • Anti-Vibration Geometry - Special flute design minimizes chatter for smooth cuts and superior surface finish
  • Short Flute Length - Enhanced rigidity reduces tool deflection, improving performance in deep-pocket and side-milling
  • High-Precision Grinding - Precision-ground cutting edges ensure consistent accuracy and tight tolerances
  • Advanced Coating - TiAlSiN coating provides enhanced heat resistance and extended tool life
Performance Advantages
  • Reduced Tool Wear - Carbide substrate and optimized geometry extend tool life in abrasive materials
  • Improved Chip Evacuation - Efficient chip flow prevents clogging and overheating
  • Stable Machining - Minimizes vibration for better surface quality and higher productivity
  • Versatile Applications - Suitable for roughing, finishing, and semi-finishing operations
Industrial Applications
Aerospace - Turbine blades, engine components, structural parts
Energy Sector - Gas turbines, nuclear components, oil & gas parts
Industrial Manufacturing - Molds, dies, high-strength alloy parts