NSN 9510-00-265-1650 of Bar Metal - Parts Details
| Alternative NSN: 9510002651650 |
| Item Name: Bar Metal |
| FSG: 95 Metal Bars Sheets and Shapes |
| Federal Supply Class (FSC): 9510 Bars and Rods |
| NIIN: 002651650 |
| NCB Code: USA (00) |
| Manufacturers: Sae International , Society Of Automotive Engineers Inc |
ASAP Aviation Procurement, owned and operated by ASAP Semiconductor, is the latest parts procurement platform for the aerospace and aviation industry. Check out high demanding part numbers AMS-S-7720 under NSN 9510-00-265-1650 of Bar Metal manufactured by Sae International, Society Of Automotive Engineers Inc.
Federal Supply Class of NSN 9510-00-265-1650 is FSC 9510 contains part details of Bars and Rods. Quote for your desired part numbers.
Part Number's List for NSN 9510-00-265-1650, 9510002651650
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Part No Manufacturer Item Name QTY RFQ AMS-S-7720 Sae International bar metal Avl RFQ AMS-S-7720 Society Of Automotive Engineers Inc bar metal Avl RFQ
Characteristics Data of NSN 9510002651650MRC Criteria Characteristic AARN FABRICATION METHOD HOT ROLLED ABRY LENGTH 8.000 FEET MINIMUM AND 12.000 FEET MAXIMUM AGTA BASIC SHAPE STYLE HEXAGON BMNZ CROSS-SECTIONAL WIDTH ACROSS FLATS 0.625 INCHES NOMINAL BRFD WEIGHT PER UNIT MEASURE 1.150 POUNDS PER LINEAR FOOT HEAT HEAT TREATMENT ANNEALED MATT MATERIAL STEEL COMP 302 MDCL MATERIAL DOCUMENT AND CLASSIFICATION MIL-S-7720, COMP 302 MIL SPEC 1ST MATERIAL RESPONSE ZZZT NONDEFINITIVE SPEC/STD DATA 302 COMPOSITION AND A CONDITION
| MRC | Criteria | Characteristic |
|---|---|---|
| AARN | FABRICATION METHOD | HOT ROLLED |
| ABRY | LENGTH | 8.000 FEET MINIMUM AND 12.000 FEET MAXIMUM |
| AGTA | BASIC SHAPE STYLE | HEXAGON |
| BMNZ | CROSS-SECTIONAL WIDTH ACROSS FLATS | 0.625 INCHES NOMINAL |
| BRFD | WEIGHT PER UNIT MEASURE | 1.150 POUNDS PER LINEAR FOOT |
| HEAT | HEAT TREATMENT | ANNEALED |
| MATT | MATERIAL | STEEL COMP 302 |
| MDCL | MATERIAL DOCUMENT AND CLASSIFICATION | MIL-S-7720, COMP 302 MIL SPEC 1ST MATERIAL RESPONSE |
| ZZZT | NONDEFINITIVE SPEC/STD DATA | 302 COMPOSITION AND A CONDITION |