MORSE® 54708 5661 Chucking Reamer, 0.499 in Dia x 4 in OAL, Straight Shank, Straight Flute
MORSE® 54708 5661 Chucking Reamer, 0.499 in Dia x 4 in OAL, Straight Shank, Straight Flute
-
BrandMORSE®
-
UPC686125547080
-
Manufacturer Part Number54708
-
CountryUSA
-
FinishBright
-
MaterialSolid Carbide
-
Flute Length1-1/2 in
-
Flute TypeStraight
-
Applicable MaterialsFerrous, Non-Ferrous Metal, Steel, Alloy Steel, Stainless Steel, Plastic and Aluminum
-
Series5661
-
Number of Flutes6
-
Cutting DirectionRight Hand
-
Shank TypeStraight
-
Diameter0.499 in
-
Overall Length4 in
- Solid carbide offers excellent hardness, wear resistance and heat resistance for higher cutting speeds and longer tool life
- High rigidity enhances hole accuracy and quality
- 45 deg chamfer for reaming most material
-
UNSPSC23241645
-
Package Description1/PK
-
Standards/ApprovalsISO 9001:2008
Recently Viewed
MORSE® 54708 5661 Chucking Reamer, 0.499 in Dia x 4 in OAL, Straight Shank, Straight Flute
MORSE® 54708 5661 Chucking Reamer, 0.499 in Dia x 4 in OAL, Straight Shank, Straight Flute
GP® 8026M Standard Length Socket, 6 Points, 3/4 in Drive, 26 Pieces, Included Socket Size: 19 to 50 mm, Molded Storage Case Container
GP® 8026M Standard Length Socket, 6 Points, 3/4 in Drive, 26 Pieces, Included Socket Size: 19 to 50 mm, Molded Storage Case Container
MORSE® 55524 5659 Chucking Reamer, 3/8 in Dia x 7 in OAL, 5/16 in Dia Straight Shank, Straight Flute
MORSE® 55524 5659 Chucking Reamer, 3/8 in Dia x 7 in OAL, 5/16 in Dia Straight Shank, Straight Flute
MORSE® 55216 5655 Chucking Reamer, 1/4 in Dia x 6 in OAL, 15/64 in Dia Straight Shank, Straight Flute
MORSE® 55216 5655 Chucking Reamer, 1/4 in Dia x 6 in OAL, 15/64 in Dia Straight Shank, Straight Flute
Gates® Power Transmission Hi-Power® II C250 Banded Heavy Duty V-Belt, C Section, 7/8 in W Top, 252 in L Outside, 17/32 in THK, EPDM
The wrapped classical section Hi-Power™ V-belt has a long reputation for reliability on agricultural and industrial applications. The arched top of the Hi-Power belt provides superior strength to prevent "dishing" and distortion of the tensile section. The cords are properly aligned, each of them carrying its full share of the load.
