3M408-6-7 — RIVET,BLIND

✓ Government record, cited

— · COMPONENT

PRODUCT OVERVIEW

3M408-6-7: RIVET,BLIND.

The RIVET,BLIND is a the manufacturer industrial component. Key specifications include material: IRON ALLOY 660 STEM, head_style: FLUSH (FLAT) COUNTERSUNK (INCLUDED ANGLE - LESS THAN 135 DEG W OR W/O CHAMFER), grip_length: 0.407 INCHES MINIMUM AND 0.469 INCHES MAXIMUM IN, shank_style: THREADED SELF-PLUGGING SHANK W/SLEEVE, shank_diameter: 0.197 INCHES MINIMUM AND 0.199 INCHES MAXIMUM IN, shear_strength: 4530 DOUBLE POUNDS PER SQUARE INCH. This part is cataloged in the U.S.

Government catalog under NSN 5320-00-185-0897, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.

Verify compatibility with your specific system configuration before ordering.

WHERE IT FITS

3M408-6-7

NSN: 5320-00-185-0897
FSC: 5320 — Rivets
CAGE: 76301 — THE BOEING COMPANY DIV DEFENSE (USA)

SPECIFICATIONS

material	IRON ALLOY 660 STEM
head_style	FLUSH (FLAT) COUNTERSUNK (INCLUDED ANGLE - LESS THAN 135 DEG W OR W/O CHAMFER)
grip_length	0.407 INCHES MINIMUM AND 0.469 INCHES MAXIMUM IN
shank_style	THREADED SELF-PLUGGING SHANK W/SLEEVE
shank_diameter	0.197 INCHES MINIMUM AND 0.199 INCHES MAXIMUM IN
shear_strength	4530 DOUBLE POUNDS PER SQUARE INCH
hardness_rating	30.0 ROCKWELL C MINIMUM AND 45.0 ROCKWELL C MAXIMUM OVERALL
expansion_device	THREADED STEM
countersink_angle	100.0 DEGREES NOMINAL
surface_treatment	PASSIVATE SLEEVE
head_major_diameter	0.385 INCHES MAXIMUM IN
specification/standard_data	80205-NAS1672 PROFESSIONAL/INDUSTRIAL ASSOCIATION STANDARD
NSN	5320-00-185-0897

COMPONENT DIAGRAM

KEY FEATURES

•

SHANK DIAMETER: 0.197 INCHES MINIMUM AND 0.199 INCHES MAXIMUM IN

•

EXPANSION DEVICE: THREADED STEM

•

SURFACE TREATMENT DOCUMENT AND CLASSIFICATION: QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE STEM

•

HARDNESS RATING: 30.0 ROCKWELL C MINIMUM AND 45.0 ROCKWELL C MAXIMUM OVERALL

•

MATERIAL DOCUMENT AND CLASSIFICATION: AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE STEM

•

HEAD STYLE: FLUSH (FLAT) COUNTERSUNK (INCLUDED ANGLE - LESS THAN 135 DEG W OR W/O CHAMFER)

TECHNICAL CHARACTERISTICS

SHANK DIAMETER	0.197 INCHES MINIMUM AND 0.199 INCHES MAXIMUM IN
EXPANSION DEVICE	THREADED STEM
SURFACE TREATMENT DOCUMENT AND CLASSIFICATION	QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE STEM
SURFACE TREATMENT DOCUMENT AND CLASSIFICATION	QQ-P-35 FED SPEC SINGLE TREATMENT RESPONSE SLEEVE
HARDNESS RATING	30.0 ROCKWELL C MINIMUM AND 45.0 ROCKWELL C MAXIMUM OVERALL
MATERIAL DOCUMENT AND CLASSIFICATION	AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE STEM
MATERIAL DOCUMENT AND CLASSIFICATION	AMS 5737 ASSN STD SINGLE MATERIAL RESPONSE SLEEVE
HEAD STYLE	FLUSH (FLAT) COUNTERSUNK (INCLUDED ANGLE - LESS THAN 135 DEG W OR W/O CHAMFER)
SPECIFICATION/STANDARD DATA	80205-NAS1672 PROFESSIONAL/INDUSTRIAL ASSOCIATION STANDARD
GRIP LENGTH	0.407 INCHES MINIMUM AND 0.469 INCHES MAXIMUM IN

SUBSTITUTES & CROSS-REFERENCES 3

PLT120-6-7Same NSN cross-reference

Same NSN cross-reference

Also cataloged under this NSN

10123535Reference document

Same NSN cross-reference

Reference document — Informative reference only

BACB30JR6-7Same NSN cross-reference

Same NSN cross-reference

Also cataloged under this NSN

LIFECYCLE

NSN statusActive· U.S. Government catalog

No demilitarization required

Ready to buy 3M408-6-7?

Compare prices from verified sellers on eBay

Buy on eBay →

As an eBay Partner, PartsTable may earn a commission. Your price is not affected.

FREQUENTLY ASKED QUESTIONS

What is 3M408-6-7?

3M408-6-7 is a RIVET,BLIND.

What parts can replace 3M408-6-7?

There are 3 known substitutes for 3M408-6-7: PLT120-6-7, 10123535, BACB30JR6-7. Substitute compatibility should be verified for your specific system.

What is the NSN for 3M408-6-7?

3M408-6-7 is cataloged in the U.S. Government catalog under NSN 5320-00-185-0897. This indicates validated use in U.S. government and defense supply chains.

Community Feedback

3M408-6-7 — RIVET,BLIND

Request a Quote — 3M408-6-7