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Unencapsulated aluminum wedge wire bonds are common in particle physics pixeland strip detectors. Industry-favored bulk encapsulation is eschewed due to therange of operating temperatures and radiation. Wire bond failures are apersistent source of tracking-detector failure. Unencapsulated bonds arevulnerable to condensation-induced corrosion, particularly when halides arepresent. Oscillations from periodic Lorentz forces are documented as anothersource of wire bond failure. Spray application of polyurethane coatings,performance of polyurethane-coated wire bonds after climate chamber exposure,and resonant properties of polyurethane-coated wire bonds and their resistanceto periodic Lorentz forces are under study for use in a future High LuminosityLarge Hadron Collider detector such as the ATLAS Inner Tracker upgrade.

Polyurethane spray coating of aluminum wire bonds to prevent corrosion and suppress resonant oscillations