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Matte Red Non-Transfer Tamper Labels from China - Reliable Suppliers and Factory for Security Solutions
☰ Product Parameter
Product parameters of the Green non residual Void label material:
| Facing Material | 36u, 50u PET |
| Color | Matte red |
| Type Matrix | VOID, VOID OPEN and customized design |
| Adhesive | Pressure sensitive adhesives |
| Liner | 80g Glasin release paper |
| Transfer Mode | Non Transfer |
| Standard Width | 620mm |
| Standard Length | 500m、1000m |
| Storage Condition | Room temperature: 23±3°C,relative humidity: 50±5%, usage time: one year |
| MOQ (㎡) | 1000㎡ |
📷 Product Photos
✓ Product Features
🔒 Key Features
This security material maintains original appearance without visible marks. When peeled, the top layer destructs to reveal pre-printed text/pattern on the substrate. Adopts residue-free adhesive technology to ensure no glue traces remain, preserving product aesthetics and environmental compliance. Supports customizable text/pattern design. Ideal for single-use applications, leveraging irreversible physical destruction to achieve anti-counterfeiting, anti-theft, tamper-proofing, and non-repudiation purposes.
🌎 Product Application
This advanced security solution specializes in high-integrity sealing and tamper-evident technologies, serving critical applications across logistics, aviation, financial documentation, and IT electronics. It provides end-to-end protection for sensitive assets through multi-layered security features including VOID-visible security labels, holographic encrypted markers, and thermochromic coatings. The system supports dual detection mechanisms for both contact and non-contact verification, ensuring unauthorized access is immediately identified. Engineered with composite sealing materials capable of withstanding extreme temperatures (-40°C to +120°C) and harsh environments, it meets rigorous requirements for pharmaceutical cold chain, chemical transportation, and aerospace logistics. Integrated blockchain-based traceability systems enable full lifecycle monitoring of product movement. Serving 12 key industries including financial services, automotive manufacturing, and healthcare, this comprehensive offering includes customized design, material innovation, and real-time data analytics to prevent counterfeiting, tampering, and unauthorized duplication while safeguarding intellectual property and consumer trust.
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? Frequently Asked Questions
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What is the transfer mode of the Matte Red Non Transfer Tamper Label Material?The transfer mode is Non Transfer. When the label is peeled, the top layer destructs to reveal a pre-printed text or pattern on the substrate, while no adhesive residue is left on the surface — ensuring a clean, residue-free removal.
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What facing materials are available for this void label material?The label material is available in 36µ and 50µ PET facing materials, offering flexibility for different application requirements and durability needs.
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Can the VOID pattern or text be customized?Yes. The product supports fully customizable text and pattern designs. In addition to the standard VOID and VOID OPEN matrix types, clients can request bespoke designs to meet their specific branding or security requirements.
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What are the recommended storage conditions for this label material?The material should be stored at a room temperature of 23±3°C with a relative humidity of 50±5%. Under these conditions, the shelf life is one year from the date of manufacture.
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What is the minimum order quantity (MOQ) for this product?The minimum order quantity is 1,000 ㎡. Standard roll widths are 620mm, and standard lengths are available in 500m and 1,000m rolls.
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What industries and applications is this tamper-evident label material suitable for?This material is suitable for a wide range of industries including logistics, aviation, financial documentation, IT electronics, pharmaceutical cold chain, chemical transportation, automotive manufacturing, and healthcare. It is designed for single-use, high-security sealing applications where anti-counterfeiting, tamper-proofing, and non-repudiation are critical requirements.






Joanna Zhu