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Nut - Thread: 5/16-24, Self-Locking Nut, Heat Resistant To 1200°, F, Silver Plated

Detail Characteristic
BEARING SURFACE FINISH125.0 MICROINCHES
BEARING SURFACE TYPECHAMFERED
COUNTERSINK ANGLE88.0 DEGREES NOMINAL NUT
NUT HEIGHT0.312 INCHES MINIMUM AND 0.360 INCHES MAXIMUM
NUT STYLEHEXAGON
LOCKING FEATUREPREVAILING TORQUE ALL METAL DESIGN
MATERIALSTEEL CORROSION RESISTING OVERALL
NOMINAL THREAD SIZE0.312 INCHES
PRECIOUS MATERIAL AND LOCATIONALL SURFACES SILVER
PRECIOUS MATERIALSILVER
SURFACE TREATMENT DOCUMENT AND CLASSIFICATIONAMS 2410 ASSN STD SINGLE TREATMENT RESPONSE OVERALL
SURFACE TREATMENTSILVER OVERALL
TEMP RATING1200.0 DEG FAHRENHEIT NOMINAL
THREAD CLASS3B
THREAD DIRECTIONRIGHT-HAND
THREAD SERIESUNJF
THREAD QUANTITY PER INCH24
WIDTH ACROSS FLATS0.492 INCHES MINIMUM AND 0.502 INCHES MAXIMUM

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Unit of Measure

Discount Table - MS20500-524

Unit
Discount Price / %
25 - 49
$3.09
50 - 99
$2.93
100 - 499
$2.76
500   and up
$2.60

Inventory

 N/A {1429}

Estimated Ship Date

 N/A Ships in 1 Business Day

Inventory Note

 N/A Need additional stock? Call (877) 920-1876 or email

Thread Size

 N/A 5/16-24

Material

 N/A Corrosion Resistant Steel

Features

 N/A Heat Resistant

Service Temperature

 N/A 1200 ºF

Finish

 N/A Silver Plated

Industry Standards/Certification

 N/A MIL-S-8879 MS20500

Dimension C

 N/A 0.336 in

Weight

 N/A 0.01 lb

Maximum Dimension H

 N/A 0.360 in

Minimum Dimension H

 N/A 0.312 in

Maximum Dimension W

 N/A 0.502 in

Minimum Dimension W

 N/A 0.492 in

Minimum Dimension N

 N/A 0.557 in

Dimension C Tolerance

 N/A 0.020 in

NSN

 N/A 5310-00-208-4023

NIIN

 N/A 00-208-4023

Part # Unpunctuated

 N/A MS20500524

Minimum Order Note

 N/A Minimum order is 5. Must order in increments of 1.

Note

 N/A Our inventory is extensive. The majority of the items listed in our catalog are stocked and available for immediate shipment.

California Residents

 N/A Prop 65 Warning: This product may contain chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm.