3/8X1/4-G-E 3/8" -female Pipe Threadx1/4" -female Pipe Thread Galvanized
3/8" -FEMALE PIPE THREADX1/4" -FEMALE PIPE THREAD GALVANIZED ELBOW-FIT3/8X1/4GE >
Recently Viewed
3/8" -FEMALE PIPE THREADX1/4" -FEMALE PIPE THREAD GALVANIZED ELBOW-FIT3/8X1/4GE >
Enerpac® HA7206B H700 Series High Pressure Hydraulic Hose, 3/8 in Nominal, NPTF x A604 End Style, 6 ft L, 10000 psi Working, Thermoplastic
Enerpac® HA7206B H700 Series High Pressure Hydraulic Hose, 3/8 in Nominal, NPTF x A604 End Style, 6 ft L, 10000 psi Working, Thermoplastic
Bore Diameter (Inner): 16 mm (approx. 0.63 inches) Outer Diameter: 35 mm (approx. 1.378 inches) Width: 0.500 inches (1/2 inch) Common Industry Interchanges: You can typically swap or cross-reference this part with an 88016 (double sealed), MRC 488016, or general 8016 entries from manufacturers like NTN or National.
Dodge® 130356 206 Normal Duty Pillow Block Ball Bearing Unit, 30 mm Dia Bore, 76.2 mm L Bolt Center-to-Center, 42.9 mm Base to Bore Centerline, 101.6 mm OAL x 39.9 mm OAH
For over 70 years, Dodge® has been talking to mounted bearing users and listening to their needs. This experience lead to the design of the optimum mounted ball bearing. A state-of-the-art facility was built to manufacture the new Dodge® design. The result is the Dodge® SC/SCM/SL line. Its premium features make it the most reliable setscrew mounted ball bearing on the market and provides the user unmatched quality and true total value.
The Crescent Nicholson pillar files is a Swiss pattern file with cuts ranging from 00 to 4. These are made to be a more exact measurements than American pattern files. Pillar files are rectangular in shape and are double cut on two sides. They feature safe edges and are tapered in thickness. Similar in shape to hand files, but only 2/3 as wide.
Morse® 177801 MHS Advanced Hole Saw, 5 in Dia, 1-15/16 in D Cutting, M42 HSS-Co 8 Cutting Edge, 5/8-18 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.
