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Material: | Cermet | Workpiece: | Steel |
---|---|---|---|
Coating: | Uncoated | Article Number: | TCMT16T304 |
Cutting Condition: | Finishing Machining | Usage: | Outside Cutting |
Sample: | Available | Packaging: | 10pcs / Box |
TCMT16T304 Cermet Inserts Uncoated Steel Finishing Indexable
Cutting Tools
Description:
Features of cermet inserts :
Material | Material Characteristics |
Carbon Steel, Alloy Steel and Tool Steel 36-48 HRC: | • Higher carbon content |
Ferritic, Martensitic, and PH Stainless Steel under 48 HRC | • Brittle |
Austenitic Stainless Steel: | • Becomes gummy under machining operations due to nickel content |
Ductile and Malleable Cast Iron | • Very difficult to machine • Small depth of cut • Spherical form graphite makes machining difficult • The carbide concentration creates hard spots • The material structure is not uniform • The crater wear and flank of the insert makes machining difficult • The insert tool life is less than gray cast iron |
Gray Cast Iron | • Flake form of graphite makes machining easy |
Application:
Cermet Inserts are excellent for all machining applications where
specifications for high surface quality, dimensional stability and
tight tolerances must be adhered to. They guarantee long tool life
with small to medium chip cross sections and uniform allowances,
and are ideal for fine finishing, finishing and rough finishing of
steel, sintered metal and ductile cast iron.It has a reinforced
structure that provides excellent chipping resistance, reducing the
wear on the insert and preventing sudden fracture.
High quality surface finish
The main components, TiC and TiN, have good BUE resistance as they
have low affinity with work materials. Thus, machining with cermets
brings high quality surface finish over extended periods of time.
High speed cutting
The main components, TiC and TiN, are more resistant to wear and
oxidation at high temperature than WC (tungsten carbide), which is
the main component of carbide tools. Because of excellent wear and
oxidation resistance, cermet grades are less reactive with work
materials and make stable high speed machining possible.
The substrate is coated by the PVD method with TiN, TiCN, and/or
TiAlN. The end results are materials that are suitable for
precision machining and machining of difficult-to-cut materials.
Inserts in these grades are tougher and harder than carbide and
come with precision sharp cutting edges. They even have superior
toughness and sharper cutting edges than ultra micro-grain carbide
grades, with excellent wear resistance and thermal crack
resistance.
Cermet Inserts Type:
CCMT060204-MT | DCMT11T308-MT | TNMG160408R/L-F | TPKN1603PDTR |
CCMT060208-MT | DNMG150404-MT | TNMG160402R/L-2G | TEKN1603PDTR |
CCMT09T304-MT | DNMG150408-MT | TNMG160404R/L-2G | TEKN2204PDTR |
CCMT09T308-MT | DNMG150404-FG | TNMG160408R/L-2G | SPKN1203EDTR |
CCMT09T304-FG | DNMG150408-FG | WNMG080404-MT | SPKN1504EDTR |
CCMT09T308-FG | DNMG150404-VF | WNMG080408-MT | SPKR1504EDR |
CNMG120404-MT | DNMG150408-VF | APMT1135 | SPKR1504EDR |
CNMG120408-MT | TNMG160404-MT | APMT1604 | SEKN1203AFTN |
CNMG120404-FG | TNMG160408-MT | TPKN110304 | SEKN1203AFTN |
CNMG120408-FG | TNMG160404-FG | TPKN110308 | SEKN1203 |
DCMT070204-MT | TNMG160408-FG | TPKN160304 | SEKR1203AFTN |
DCMT070208-MT | TNMG160402R/L-F | TPKN160308 | SEKR1504AFTR |
DCMT11T304-MT | TNMG160404R/L-F | TPKN1603PDER | SNKN1204ANTN |