NEW MORSE USA 7/16 - 20 X 3" OAL SOLID CARBIDE THREAD MILL EDP# 98612

Description

YOU ARE BUYING 1 NEW , MORSE USA SOLID CARBIDE 4 FLUTE THREAD MILL EDP# 98612 ,  IT HAS A 3/8" INCH SHANK X .340" INCH CUT DIAMETER X 3" INCH OVER ALL LENGTH AND IS ALTIN COATED .
THIS CUTTER IS DESIGNED TO CUT RIGHT OR LEFT HAND THREADS AND INTERNAL OR EXTERNAL THREADS
. IT COMES IN ITS ORIGINAL FACTORY PACKAGING  . THIS ITEM SHIPS FOR FREE . LIST 3.00 EACH . FEEL FREE TO ASK IF YOU HAVE ANY QUESTIONS .
Description
Technical Data
Shipping Info
Technical Specifications
h6 +.0000/-.0003
Brand Name
MORSE® Cutting Tools
Class
Fractional
Coating
Aluminum Titanium Nitride
Cutting Diameter
.3400
Finish
ALTiN
Harmonized Tariff Code
8207.40
Length of Cut
.8750
List No.
5900
Material
Solid Carbide
Number of Flutes
4
Origin
Made In U.S.A.
Overall Length
3
Package Quantity
1
Pitch
20
Shank Diameter
3/8"
Size
7/16
Style
UNF - Unified Fine Thread Series
Type
Thread Mill
UPC Code
686125986124
Solid Carbide Thread Mills
Reduced Tool Inventory. One Thread Mill Can Produce
internal & external threads. left hand & right hand threads, different thread diameters of the same pitch and through hole & blind hole threads.
Requires Less Power.
Produce coarse pitches and large diameters on lower H.P. machines.
Tough Threading Applications.
Thread harder, difficult-to-machine & gummy materials that cause problems for taps.
Helical Flutes
for reduced cutting forces, improved thread qualtiy & increased tool life.
Precision Threading.
Control pitch diameter precisely via programming. Precision thread depth control & positional accuracy. Produce 100% thread heights. Produce full threads to within one pitch of a shoulder or blind hole bottom.
Easily Removed if Broken.
No need for EDM burn-out.
10% Micrograin Carbide
offers higher cutting speeds, high rigidity, excellent hardness, wear resistance and heat resistance and long tool life.
ALTiN - Alumimum Titanium Nitride
is an excellent all-around coating that is especially recommended for high thermal stress applications including dry machining, abrasive materials and difficult-to-machine materials. Benefits include higher cutting speeds and longer tool life.