The Low Profile Knurled Threaded Insert features a knurled body with a smaller diameter, reduced profile head to provide virtually flush installation without special hole preparation. Countersink drilling or dimpling of the parent material can be eliminated. During insertion, the knurled body expands 360° to fill the hole, creating exceptional torque strength and resistance to vibration. A backside flange is also formed, even in multiple thicknesses of materials without any need for adjustments. These inserts are to be used with Grade 5 or Metric 8.8/9.8 mating screws. All sizes available are listed on this page, in a representative sampling of materials, finishes and end options (Open Ends for most versatility, and Closed Ends to eliminate leakage past threads).
Unit of Measure
Specifications
Material |
N/A Brass 270/260 |
Thread Size |
N/A 8-32 |
Head Height |
N/A 0.019 in |
Head Outside Diameter |
N/A 0.310 in |
Maximum Dimension D |
N/A 0.265 in |
Grip Call Out |
N/A 80 |
Thread Call Out |
N/A 832 |
Body Features |
N/A Knurled Body |
End Features |
N/A Open |
Maximum Grip Size |
N/A 0.080 in |
Minimum Grip Size |
N/A 0.020 in |
Head Features |
N/A Low Profile Nearly Flush |
Maximum Dimension Il |
N/A 0.305 in |
Mounting Hole Diameter |
N/A 0.265 in |
Restriction of Hazardous Substances Directive Standard |
N/A No |
Length |
N/A 0.410 in |
Industry Standards/Certifications |
N/A Unified National Coarse (UNC) |
Features and Benefits
Features and Benefits |
N/A Virtually Flush Installation Superior Torque Strength - 360º hole-filling expansion provides exceptional torque strength and resistance to vibration. Backside Flange is formed during installation even in variable thicknesses of material, without adjustment Superior Thread Strength from internal rolled thread manufacturing process Threads Gauge before & after installation Reduce Inventory - Grip range is 2-1/2 times that of standard rivet nuts Corrosion Resistance - Steel, Aluminum, Brass and Monel are available with various finishes, including ROHS compliance. |