The Label Lock™ No Residue Security Label is an advanced tamper evident sealing solution designed for applications where temporary sealing and clean removal are essential. The label provides reliable protection against unauthorized access or tampering while ensuring that no sticky residue or surface damage remains after removal. This makes it an ideal solution for environments where seals need to be replaced regularly without affecting the appearance or functionality of the protected surface.

Each Label Lock™ seal is uniquely serial numbered beneath the label subsurface, allowing secure identification, traceability, and additional protection against duplication or counterfeiting. The labels are available in three standard sizes and can be adapted for various industrial, governmental, transport, and security applications.

The technology is specifically developed for multi-use sealing situations where security, cleanliness, and professional presentation are equally important. Once removed, the seal clearly indicates tampering while leaving the surface clean and ready for immediate reapplication.

Key Features:

• No sticky residue after removal
• Tamper evident protection
• Unique hidden serial numbering
• Clean and professional appearance
• Suitable for temporary and repeated sealing
• Durable and reliable adhesive technology
• Available in multiple sizes
• Designed for high-security environments

Applications:

• Civil and military aircraft doors
• IT server cabinets and technical equipment
• Storage cabinets and secured compartments
• Airport “scanned baggage” security labels
• Airline catering trolleys
• Police sealing of street furniture, buildings, and access doors
• Vehicles and transport equipment
• Pharmaceutical and drug containers
• Selected luggage and baggage applications

Label Lock™ No Residue Security Seals are trusted by government organizations, airports, law enforcement authorities, and multinational companies requiring efficient temporary sealing with high security standards and clean removal performance.