3/16" (#6 CE) Closed End POP Rivet Aluminum

3/16" 6CE Closed End Dome Head POP Rivets

POP Rivets, or Blind Rivets, in Aluminum


  • 3/16" or #6CE (Rivet Sizing Chart)
  • Connect materials quickly and efficiently
  • Create a watertight seal
  • Tubular - comprised of hat and mandrel
  • Mandrel is removed during installation

Aluminum Closed End Blind Rivet Spec Sheet


Select Products Below See Product Specifications

NA = "Not Sold In Single Quantity"

Size
Select Package Quantity
SubTotal
Closed End POP Rivet Aluminum - 6-2, 3/16" x .406 (.020 - .125)
SKU #1808-004-0002
Closed End POP Rivet Aluminum - 6-2, 3/16" x .406 (.020 - .125)
SKU #1808-004-0002
1
$0.15 (0.15/ea)
100
$10.00 (0.1/ea)
1000
$90.00 (0.09/ea)
Subtotal: $0.00 /
Closed End POP Rivet Aluminum - 6-4, 3/16" x .531 (.188 - .250)
SKU #1808-004-0012
Closed End POP Rivet Aluminum - 6-4, 3/16" x .531 (.188 - .250)
SKU #1808-004-0012
1
$0.15 (0.15/ea)
100
$10.00 (0.1/ea)
1000
$90.00 (0.09/ea)
Subtotal: $0.00 /
Closed End POP Rivet Aluminum - 6-8, 3/16" x .781 (.376 - .500)
SKU #1808-004-0032
Closed End POP Rivet Aluminum - 6-8, 3/16" x .781 (.376 - .500)
SKU #1808-004-0032
1
$0.23 (0.23/ea)
100
$16.00 (0.16/ea)
1000
$150.00 (0.15/ea)
Subtotal: $0.00 /
Closed End POP Rivet Aluminum - 6-10, 3/16" x .866 (.501 - .625)
SKU #1808-004-0042
Closed End POP Rivet Aluminum - 6-10, 3/16" x .866 (.501 - .625)
SKU #1808-004-0042
1
$0.16 (0.16/ea)
100
$14.00 (0.14/ea)
1000
$80.00 (0.08/ea)
Subtotal: $0.00 /
Closed End POP Rivet Aluminum - 6-6, 3/16" x .656 (.251 - .375)
SKU #1808-004-0022
Closed End POP Rivet Aluminum - 6-6, 3/16" x .656 (.251 - .375)
SKU #1808-004-0022
1
$0.22 (0.22/ea)
100
$15.00 (0.15/ea)
1000
$140.00 (0.14/ea)
Subtotal: $0.00 /




Product Specifications
Color
Silver
Drill (Hole) Size
#11
Head Diameter
0.375
Head Height Max
0.06
Head Style
Dome
Material
Aluminum
Other
Closed End
Product Type
Blind Rivets
Rivet Diameter
(#6) 3/16" (.187)
Standards Met
IFI 114
System of Measurement (Unit)
Inch
Tolerance (IFI)
Actual measurements may vary slightly +/- depending on production run within IFI Tolerances