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Carbide Insert
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High-Precision Uncoated Carbide Inserts for Aluminum Alloy Machining

High-Precision Uncoated Carbide Inserts for Aluminum Alloy Machining

Brand Name: AMG
Model Number: AMG010
MOQ: 1
Payment Terms: T/T,Western Union
Detail Information
Place of Origin:
China
Certification:
ISO9001
Usage:
External Turning Tool,steel,Milling,drilling For U Drill,Drill Bit
Coating:
PVD CVD,PVD/CVD,Al2O3,nc-TiALN,Uncoated
Hardness:
HRC40-60,92HRC,different,89.2-93,HRC90-92
Material:
Tungsten Carbide,Hard Alloy
Color:
Black,Gray,gold,golden,Dimgray
Workpiece:
Steel\ Stainless\ Cast Iron,Steel,most Suitable For Steel,For Milling,Stainless
Application:
External Turning Inserts,turning,milling,CNC Lathe Machine,threading
Grade:
P10-30,TT9080,steel,By Request,YBC251
Product Name:
Cemented Carbide Inserts,carbide Inserts Cnc Machine Inserts,Tungsten Inserts,cut Inserts,U Drill Insert SPMT Carbide Drilling Insert
Package:
Plastic Box,10pcs/plastic Box
Controlling Mode:
CNC,lathe Machine,CNC Tooling System
Type:
Thread Turning Tool Holder,Standard Or Customized,Driiling Insert,Tool Parts
Sample:
Available,free And Acceptable
Item Name:
Indexable Inserts,drill Carbide Inserts
Feature:
High Performance Cutting,High Wear Resistance
Origin:
Japan,Original Kennametal
Processing Type:
Mould Processing,Drilling Tools
Packaging Details:
10X5X1 cm
Highlight:

uncoated carbide turning inserts

,

carbide inserts for aluminum machining

,

high-precision turning inserts

Product Description
Carbide Inserts for Aluminum
1. Definition

Carbide inserts for aluminum are specially designed for machining aluminum and its alloys. They feature extremely sharp cutting edges and large rake angles to achieve excellent surface finish and high cutting efficiency.

High-Precision Uncoated Carbide Inserts for Aluminum Alloy Machining 0


2. Main Features
Item Features of Aluminum Inserts
Material Ultrafine-grain carbide substrate (K10–K20 grade)
Coating Usually uncoated, sometimes with mirror polishing to reduce built-up edge
Cutting Edge Very sharp edge to avoid material adhesion
Rake Angle Large positive rake angle (+20° to +35°) for light and smooth cutting
Chipbreaker Design Smooth edge or shallow chipbreaker for better surface finish
Color Silver or bright metallic (uncoated appearance)

3. Applications
Application Description
Work Materials Aluminum, aluminum alloys, copper, magnesium alloys, plastics, and other non-ferrous metals
Machining Type Turning, milling, high-speed finishing
Typical Industries Automotive parts, molds, aerospace aluminum components

4. Advantages
  • Mirror-like surface finish

  • Prevents built-up edge and chip adhesion

  • Smooth and light cutting action

  • Excellent for high-speed machining


Summary

Aluminum inserts feature a sharp, uncoated cutting edge and smooth chip evacuation, providing superior surface quality and high efficiency when machining aluminum and non-ferrous metals.