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New self-clinching microPEM® TackPin® (Type T™) fasteners for compact electronic assemblies enable sheet-to-sheet attachment, replacing costly screw installation in applications where disassembly is not required. TackPin fastener use eliminates typical screw-related issues (including tapping, cross-threading, torque control, and vibration backout) and ultimately promotes quick and easy installation with minimal hardware. TackPin fasteners can provide a good alternative to welds or adhesives.

Features and Benefits
  • Micro sized for fastening within very compact designs.
  • Attaches top sheets as thin as 0.2 mm / .008 in.
  • Clinches into base panels as hard as HRB 45 / HB 84.
  • Interference fit minimizes hole tolerance issues.
  • Tapered tip assists location.
  • Low-profile head provides cosmetic benefits.
  • Replaces screws: eliminating costly tapping, cross threading, torque control, vibration backout and installation time.
Ideal for today’s compact electronics
  • Laptops
  • Notebooks / Ultrabook™ Devices
  • Tablet Computers
  • Cell/Smart Phones
  • Gaming / Hand Held Devices
  • Ultrabook™ is a trademark of Intel Corporation
Unit of Measure

Fastener Material

N/A Aluminum

Base Panel Hole Size Code

N/A 10

Top Sheet Thickness Code

N/A 050

Top Sheet Thickness

N/A 0.48 to 0.56 mm.019 to .022 in
Base Panel Min. Sheet Thickness1 N/A 0.89 mm.035 in

Top Sheet Hole Size ± 0.05mm/± .002in

N/A 1.47 mm.058 in

Base Panel Hole Size -0.05mm/ -.002in

N/A 1.02 mm.040 in

A ± 0.025mm/±.001in

N/A 0.686 mm.027 in Type-TA_1.JPG

B ± 0.075mm/±.003in

N/A 0.610 mm.024 in

C Max.

N/A 0.89 mm.035 in

H ± 0.10mm/±.004in

N/A 2 mm.079 in

P ± 0.05mm/±.002in

N/A 1.3 mm.051 in

T ± 0.10mm/±.004in

N/A 0.2 mm.008 in
Min. Dist. Hole C/L to Edge2 N/A 1 mm.039 in

Standard Finish

N/A Plain

For Use in Sheet Hardness

N/A HRB 45 or Less (Hardness Rockwell “B” Scale)
HB 84 or Less (Hardness Brinell)

CAD Supplier

N/A PennEngineering® (PEM®)
  • 1 0.89 mm/.035 in for blind holes and 0.5 mm/.020 in for thru holes.
  • 2 To minimize sheet distortion and maximize product performance, use a centerline-to-edge value greater or equal to the value specified.