The DestructID White Destructible Security Label — 1.75" x 0.375" (44mm x 9mm) dogbone format, with Custom Print, 5,000-label high-volume pack — combines irreversible brittle vinyl tamper destruction with your choice of custom-printed branding, authentication content, or security messaging on a dogbone white destructible face. This high-volume supply tier is designed to high-frequency production lines and continuous manufacturing requiring a custom-branded dogbone destructible seal.
The dogbone geometry bridges raised edges and joint interfaces that flat labels cannot seal. Your custom print — logo, serial number, QR authentication code, "Warranty Void" text, batch identifier, or any custom artwork — is applied to the white destructible face and remains visible in the intact state. When tampered, the brittle vinyl self-destructs completely across the full 1.75" x 0.375" surface, simultaneously destroying the adhesive bond and the printed identity — leaving irrecoverable fragmented evidence of unauthorized access that cannot be disguised or reapplied.
Custom print at the 5,000-label level supports branded product authentication programs, warranty seal visibility, and supply chain traceability across electronics chassis joints, device panels, hinged hardware, and multi-plane closures. Every intact label is a branded seal of authenticity; every destroyed label is a permanent record of interference.
- Size: 1.75" x 0.375" (44mm x 9mm) — dogbone
- Quantity: 5,000 labels — high-volume supply
- Material: White brittle destructible vinyl
- Print: Custom (logo, QR, serial number, "Warranty Void," or custom design)
- Applications: Electronics chassis joints, device panels, hinged hardware, and multi-plane closures
- Security: Complete irreversible self-destruction — printed identity destroyed with tamper attempt
The DestructID 1.75" x 0.375" custom-print destructible label at 5,000 units: branded tamper evidence that scales to your production program — where every label is a simultaneous security seal and brand authentication statement.