BBI 455576 Partially Threaded Cap Screw, 3/4-16, 7 in L Under Head, 8 Grade, Alloy Steel, Zinc Yellow Bake CR+6
BBI 455576 Partially Threaded Cap Screw, 3/4-16, 7 in L Under Head, 8 Grade, Alloy Steel, Zinc Yellow Bake CR+6
-
BrandBBI
-
Manufacturer Part Number455576
-
CountryUSA
-
FinishZinc Yellow Bake CR+6
-
Tensile Strength150000 psi
-
MaterialAlloy Steel
-
Material SpecificationASTM B633-Fe, Zn5 Type 2
-
Thread TypeUNF
-
Measurement SystemImperial
-
TypePartially Threaded
-
Grade8
-
Hardness33 to 39 HRC
-
Head Size15/32 in H
-
Head TypeHex
-
Shank Size3/4 in
-
Diameter - Thread Size3/4-16
-
Length Under Head7 in
-
UNSPSC31161501
-
Package Description10/CS
-
Standards/ApprovalsASME/ANSI B18.2.1
Recently Viewed
BBI 455576 Partially Threaded Cap Screw, 3/4-16, 7 in L Under Head, 8 Grade, Alloy Steel, Zinc Yellow Bake CR+6
BBI 455576 Partially Threaded Cap Screw, 3/4-16, 7 in L Under Head, 8 Grade, Alloy Steel, Zinc Yellow Bake CR+6
Proto® TorquePlus™ J52211 Socket Set, ASME B107.5M, 6 Points, 3/8 in Drive, 21 Pieces, Included Socket Size: 6 to 26 mm
BBI 583311 Fully Threaded Machine Screw, #8-32, 3/8 in OAL, Round Head, Zinc CR+3 Plated, Slotted Drive
BBI 583311 Fully Threaded Machine Screw, #8-32, 3/8 in OAL, Round Head, Zinc CR+3 Plated, Slotted Drive
OAK MOLDING SEAM BINDER 36"-M-D85621 >
Morse® 177146 MHS Advanced Hole Saw, 7/8 in Dia, 1-15/16 in D Cutting, M42 HSS-Co 8 Cutting Edge, 1/2-20 Arbor
The all new advanced bi-metal hole saw by M.K. Morse®. Our latest sawing innovation replaces all current Morse bi-metal hole saw solutions into one, simple optimized powerhouse. Arbor required.
Gates® Power Transmission Hi-Power® II B109 Banded Heavy Duty V-Belt, B Section, 21/32 in W Top, 112 in L Outside, 13/32 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.
