Diamond Turning Insert, Diamond, 3/8 In, VNMG, 35 Degrees, 1/32 In, Carbide

47 in, Mounting Orientation Horizontal, Overall Width 5.06 in, Bolt Circle Diameter 0.Speed Reducer Mounting Base, Product Type Mounting Base, For Use With Dayton Speed Reducers, For Worm Center Distance 2.66 in, Includes -, Material -.

Lock Nut, Finish NL-19, Material Stainless Steel, Material Grade/Class 18-8, Thread Size M12-1.

Flap Disc, Abrasive Type Coated, Abrasive Material Zirconia Alumina, Grade Medium, Backing Plate Material Fiberglass, Connector Size 5/8 In.-11, Connector Type Threaded Hole, Density Rating High, Flap Disc Type Type 27, Overall Diameter 4 1/2 in, Series HP, Backing Material Fiber Glass, Backing Weight Not Applicable, Coating Coverage Closed, Grit 60, Maximum Operating Speed 13,300 RPM.

Reciprocating Saw Blade, Primary Material Application Cast Iron, Stainless Steel, Thick Metal, Materials Cut Cast Iron, Stainless Steel, Thick Metal, Blade Length 12 in, Blade Width 1 in, Teeth per Inch 6, Cut Width 2 in, Tip Material Carbide Tipped, Back Style Straight, For Use With Saw Type Reciprocating Saw.

Hammer Drill, Straight with Three Flats, 7/8 in, Carbide Tipped, 12 in Overall Length, Maximum Drilling Depth 7 in, Shank Diameter 1/2 in, Bright (Uncoated).

25, Fractional Inch, Drill Bit Point Type Split Point, Non-Coolant Through.Hex Shank Drill Bit, Drill Bit Size 1/4 in, Drill Bit Point Angle 135 Degrees , High Speed Steel, Black Oxide, Decimal Equivalent 0.

Diamond Turning Insert, Inscribed Circle 1/2 in, TiN, ANSI Code 2NC-DNGA433LS, Clearance Angle 0 Degrees.

Diamond Turning Insert, Chip-Breaker Code ESU, Inscribed Circle 3/8 in, Al203+TiCN, ANSI Code VNMG332ESU, Chip-Breaker Style Double, Clearance Angle 0 Degrees , Coating Process CVD.

Diamond Turning Insert, Inscribed Circle 1/2 in, TiN, ANSI Code 2NC-DNGA433LS, Clearance Angle 0 Degrees.

Diamond Turning Insert, Chip-Breaker Code ESU, Inscribed Circle 3/8 in, Al203+TiCN, ANSI Code VNMG332ESU, Chip-Breaker Style Double, Clearance Angle 0 Degrees , Coating Process CVD.