Ceramic Insert
Ceramic Inserts

High-Temperature Resistance & Wear Resistance Ceramic Turning Inserts

Product Features 1. Improved hot hardness and shock resistance, maintaining excellent stability even under harsh cutting conditions. 2. Substrate reinforcement technology greatly enhances bonding strength, delivering outstanding chipping and wear resistance to achieve high-quality finished surface.

Specifications

Machinable Hardness:
HRC 23~34
Workpiece Materials:
Alloy steel, Cast iron
Machining Type:
Turning
Equipment:
CNC Lathe
Product Overview
These ceramic inserts are manufactured with high-tech nanotechnology and precision ceramic high-pressure sintering process. Featuring high hardness (Mohs hardness 9), high density, high temperature resistance, anti-magnetization and anti-oxidation properties. Suitable for semi-finishing & finishing with low impact and continuous cutting.

Product Classification

Application
Grade

Characteristics





Finishing
F1T

For finishing, good chip control under small depth of cut

Finishing
PB1

General-purpose chipbreaker for finishing with high stability

Semi-finishing
M1T

Large rake angle & low cutting force, adaptable for variable cutting depth







Semi-finishing
PB3

1st recommended chipbreaker for semi-finishing of steel; good chip handling for profiling & variable depth cutting

Semi-finishing
M2T

Low cutting resistance with strong cutting edge, for medium machining with large depth of cut

Semi-finishing
PC3

2nd recommended chipbreaker for semi-finishing of steel

Medium Machining
PD3

High edge strength with reliable stability, available for interrupted cutting






Medium Machining
M3T

Smooth rake angle, suitable for high feed medium machining

Medium Machining
PC4

Full peripheral chipbreaker, low cutting resistance, universal for steel & cast iron

Medium Machining
PL5

Low resistance & large depth of cut, ideal for long shaft workpieces

Product Specifications
Blade
Insert Model
d(mm)
s(mm)
d1(mm)
r(mm)

CNMG 120404E-PB1
12.7
4.76
5.16
0.4
CNMG 120408E-PB1
12.7
4.76
5.16
0.8


CNMG 120404E-PB3
12.7
4.76
5.16
0.4
CNMG 120408E-PB3
12.7
4.76
5.16
0.8
CNMG 120412E-PB3
12.7
4.76
5.16
1.2


DNMG 110404E-PB1
9.525
4.76
3.81
0.4
DNMG 150404E-PB1
12.7
4.76
5.16
0.4
DNMG 150408E-PB1
12.7
4.76
5.16
0.8


DNMG 110404E-PD3
9.525
4.76
3.81
0.4
DNMG 110408E-PD3
9.525
4.76
3.81
0.8
DNMG 150404E-PD3
12.7
4.76
5.16
0.4
DNMG 150408E-PD3
12.7
4.76
5.16
0.8

SNMG 120404E-PB1
12.7
4.76
5.16
0.4
SNMG 120408E-PB1
12.7
4.76
5.16
0.8

TNMG 160404E-PB1
9.525
4.76
3.81
0.4
TNMG 160408E-PB1
9.525
4.76
3.81
0.8
TNMG 160412E-PB1
9.525
4.76
3.81
1.2


VNMG 160404E-PC4
9.525
4.76
3.81
0.4
VNMG 160408E-PC4
9.525
4.76
3.81
0.8
VNMG 160412E-PC4
9.525
4.76
3.81
1.2

WNMG 080404E-PD3
12.7
4.76
5.16
0.4
WNMG 080408E-PD3
12.7
4.76
5.16
0.8
WNMG 080412E-PD3
12.7
4.76
5.16
1.2
Cutting Parameters
Workpiece Material
Hardness
Cutting Speed Vc (m/min)
Material Examples
Mild Steel
HB ≤180
150-300
Q235, 10# steel
Carbon Steel & Alloy Steel
HB ≥180
120-260
45#, 40CrMo


Machining Case

Comparison of Cutting Time: 18.4 mins
Cutting Conditions:
  • Insert Model: CNMG 120408
  • Cutting Speed Vc=200 m/min
  • Feed per revolution f=0.2 mm/rev
  • Depth of cut ap=1.0 mm
  • Workpiece: 40CrNiMoA
  • Cooling: Dry Cutting

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