Serving our customers with quality and safety first.
0.223in. and 0.248in. ⁓1/4"
0.380in. and 0.385in.
PIN-Rivet, multiple grooved
0.713in. and 0.787in.
0.500in. and 0.750in.
70000 single pounds per square inch
steel comp 301 or steel comp 302 or steel comp 303 or steel comp 304 or steel comp 305 or steel comp 309 or steel comp 310 or steel comp 316 or steel comp 317 or steel comp 321 or steel comp 323 or steel comp 324 or steel comp 347 or steel comp 348 or steel comp 384 or steel comp 385 or steel comp 302b or steel comp 303 plus cb or steel comp 303 plus x or steel comp 303f or steel comp 303f plus cb or steel comp 303s or steel comp 303se or steel comp 304l or steel comp 308 or steel comp 309s or steel comp 310s or steel comp 314 or steel comp 316l or steel comp 325 or steel comp 330 or steel comp 330a
1EA
Steel comp 301 or steel comp 302 or steel comp 303 or steel comp 304 or steel comp 305 or steel comp 309 or steel comp 310 or steel comp 316 or steel comp 317 or steel comp 321 or steel comp 323 or steel comp 324 or steel comp 347 or steel comp 348 or steel comp 384 or steel comp 385 or steel comp 302b or steel comp 303 plus cb or steel comp 303 plus x or steel comp 303f or steel comp 303f plus cb or steel comp 303s or steel comp 303se or steel comp 304l or steel comp 308 or steel comp 309s or steel comp 310s or steel comp 314 or steel comp 316l or steel comp 325 or steel comp 330 or steel comp 330a
70000 single pounds per square inch
0.500 inches minimum and 0.750 inches maximum
Err-090
Schedule B number: 7318230000
nmfc 106510
Rivets of iron or steel
FSC 5320 ⁓ Rivets
70000 single pounds per square inch shear strength 0.500" grip length
Nothing similar to this part number was found in our inventory
A metallic or nonmetallic item, headed at one end, with a cylindrically shaped shank which may be tapered, grooved, or threaded. a locking collar or sleeve may be provided to perform the same holding action as the clinching portion of a conventional rivet. the shank may include an external wrenching facility which breaks off at a predetermined applied torque.