4172394 John Deere:needle BRG.;NEEDLE

4172394 BRG.;NEEDLE Hitachi EX200-5, EX200-5 JPN, EX210H-5, EX220-2, EX220-3, EX220-5, EX220-5 JPN, EX220-5HHE, EX225USR(LC), EX225USRK(LC), EX230-5, EX230H-5 JPN, EX230K-5, EX230LC-5HHE, HR420G-5, RX2300

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WIDIA SNMG432UM WM25CT Victory SNMG-UM High Performance Turning Inserts, Carbide, 0.031" / 0.8mm Radius, Universal Medium, Grade WM25CT

$25.13

15 Nov 2023
0.02[0.01] Pounds
Amazon.com

WIDIA SNMG432UM WM25CT Victory SNMG-UM High Performance Turning Inserts, Carbide, 0.031" / 0.8mm Radius, Universal Medium, Grade WM25CT
WIDIA New grade technology allows higher productivity through increased speed capability || Post-coat treatments improve edge toughness, reduce depth-of-cut notching and provide long and predictable tool life || Improved chip control and reduced crater wear due to proprietary chip breakers with varying forms || WM grades for stainless steel turning || UM geometry for medium-duty turning operations. Soft-cutting chip breaker. Used in applications producing varying chip sections, such as profile

$28.79

27 Jul 2023
0.02[0.01] Pounds
Amazon.com

WIDIA SNMG432UM WM25CT Victory SNMG-UM High Performance Turning Inserts, Carbide, 0.031" / 0.8mm Radius, Universal Medium, Grade WM25CT
WIDIA New grade technology allows higher productivity through increased speed capability || Post-coat treatments improve edge toughness, reduce depth-of-cut notching and provide long and predictable tool life || Improved chip control and reduced crater wear due to proprietary chip breakers with varying forms || WM grades for stainless steel turning || UM geometry for medium-duty turning operations. Soft-cutting chip breaker. Used in applications producing varying chip sections, such as profile

$99.01

21 Jul 2022
0.02[0.01] Pounds
US: ApriveStore

WIDIA SNMG432UM WM25CT Victory SNMG-UM High Performance Turning Inserts, Carbide, 0.031" / 0.8mm Radius, Universal Medium, Grade WM25CT
WIDIA New grade technology allows higher productivity through increased speed capability || Post-coat treatments improve edge toughness, reduce depth-of-cut notching and provide long and predictable tool life || Improved chip control and reduced crater wear due to proprietary chip breakers with varying forms || WM grades for stainless steel turning || UM geometry for medium-duty turning operations. Soft-cutting chip breaker. Used in applications producing varying chip sections, such as profile