PCD & CBN Superhard Lathe Inserts | High Wear Resistance Turning Inserts for Cast Iron Machining, Extended Tool Life
PCD & CBN Superhard Lathe Inserts | High Wear Resistance Turning Inserts for Cast Iron Machining, Extended Tool Life
Proprietà di base
Paese Di Origine
Anhui, Cina
Marchio
Palton
Certificato
ISO
Modello Di Prodotto
2
Proprietà Commerciali
MOQ
10 pezzi
Prezzo Unitario
$6.80-12 / piece
Metodo Di Pagamento
T/T
Capacità Di Fornitura
1000 pezzi 25 giorni
Riepilogo Prodotto
PCD & CBN Superhard Lathe Inserts | High Wear Resistance Turning Inserts for Cast Iron Machining Premium PCD and CBN super hard lathe inserts engineered for exceptional wear resistance in cast iron turning applications, delivering extended tool life and superior machining performance. Indexable PCD ...
Dettagli del prodotto
Evidenziare:
PCD lathe inserts for cast iron
,CBN turning inserts with wear resistance
,Superhard lathe inserts extended tool life
Coating:
Nitruro di titanio e alluminio (Tialn), carburo di titanio (Tic), nitruro di titanio (stagno), carbo
Hardness:
62-68 HRC, 75-85 HRC, 90-95 HRC, >45 HRC
Blade Size:
16 mm, 12 mm, 10 mm, 20 mm, 32 mm, 8 mm, 25 mm
Customized Support:
OEM, ODM, OBM
HRC:
65HRC, 60HRC, 55HRC, 45HRC
Shape:
Triangolo, Rotondo, Quadrato, Rombo, Poligonale, Trapezio, Semicircolare
Product Name:
Inserti diamantati PCBN
Material:
PCBN+Carbide
MOQ:
10 pezzi
Advantage:
lavorazione di metalli non ferrosi e non metallici
Package:
Scatola da 10 pezzi/plastica
Usage:
Fabbricazione di macchine utensili
Color:
Slivery
Origin:
Anhui Cina
Sample:
5-10pcs
Descrizione di prodotto
PCD & CBN Superhard Lathe Inserts | High Wear Resistance Turning Inserts for Cast Iron Machining Premium PCD and CBN super hard lathe inserts engineered for exceptional wear resistance in cast iron turning applications, delivering extended tool life and superior machining performance. Indexable PCD Milling Cutter with Durable PCD Inserts While standard carbide cutters degrade surface finish as cutting edges wear, our indexable milling cutter maintains consistent precision
