EFC International
EFC International
1940 Craigshire St. Louis,
MO 63146-4008
Phone: 1 314.434.28881
Contact: www.efc-intl.com/contact
Website: www.efc-intl.com
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Heavy Duty Rivet Nut Inserts have a heavier head profile, thicker walls, and are cold formed for heavy duty use. They are ideal for leg leveling applications. These inserts can be installed before or after finish, with pneumatic/hydraulic tools or special rivet tools available directly through EFC International.
Unit of Measure

Specifications

Material

 N/A Aluminum 6053/5056

Thread Size

 N/A 8-32

Head Height

 N/A 0.032 in

Finish

 N/A Clear Coat

Head Outside Diameter

 N/A 0.357 in

Hole Diameter

 N/A 0.221 in

Maximum Dimension D

 N/A 0.221 in

Head Styles

 N/A Keyed

Length

 N/A 0.438 in

Restriction of Hazardous Substances Directive Standard

 N/A Yes

Grip Range

 N/A 0.010 to 0.075 in

Identification Mark

 N/A 1 RAD

Reference Il

 N/A 0.300 in

End Features

 N/A Open

Industry Standards/Certifications

 N/A Unified National Coarse (UNC)

Features and Benefits

Features and Benefits

 N/A
  • Increased Push Out Loads
  • Superior Thread Strength provided by cold formed internal threads
  • Superior Corrosion Resistance provided by standard Cadmium finish (72 hrs. Salt spray), and others available
  • Uniform Installation guaranteed due to dimensional and concentricity tolerances their cold forming process creates.

Design Options

Design Options

 N/A
  • Open Ends for most versatility
  • Closed Ends to eliminate leakage past threads
  • Flat Head
  • 100ยบ Countersunk Head Profile when installed in matching countersunk hole for flush installation
  • Keyed Head for extra torque strength from "key" projection on underside of head when inserted into matching keyed hole

Note

Note

 N/A
  • Special Installation tools are available through EFC International directly
  • All sizes are listed on this page in a representative sampling of Materials, Finishes and Design Options. Any configuration not specified below is available through EFC directly.