Co-Extruded Destructible Label Material for Adjustable Security Performance
Co-Extruded Destructible Label Material is a multi-layer fragile security film designed for anti-tamper labels that require controlled break strength, stable converting performance, and reliable destruction after removal attempts. Compared with standard single-layer destructible films, the co-extruded structure allows better control over flexibility, brittleness, thickness, and handling strength.
This material is suitable for equipment labels, asset labels, large security labels, automatic labeling projects, electronics warranty seals, industrial packaging, document security, and customized anti-counterfeit applications. It is especially useful when customers need a destructible label that is easier to process than ultra-fragile films but still provides visible physical damage after removal.
How Co-Extruded Destructible Label Material Works
Co-extruded destructible label material is made with a multi-layer film structure rather than a single fragile layer. Each layer can be engineered to support a different function, such as surface printability, controlled tearing, dimensional stability, adhesive bonding, or final breakage behavior.
After the label is applied to the surface, the adhesive bond works together with the destructible film structure. When removal is attempted, the material breaks, stretches unevenly, tears, or fragments depending on the selected formulation and destructibility level. This prevents clean removal and makes label reuse difficult.
Why Choose Co-Extruded Destructible Label Material?
Some projects require a destructible material that is not too fragile during printing, die-cutting, slitting, or automatic labeling. Ultra-destructible films may break too easily during converting, while hard destructible films may not provide enough visible damage for high-security applications.
Co-extruded destructible label material helps balance these requirements. It can be adjusted to provide better processing stability while still showing clear tamper evidence after removal. This makes it suitable for customers who need both production efficiency and anti-removal protection.
Key Features of Hanksec Co-Extruded Destructible Label Material
- Multi-layer co-extruded film structure for controlled security performance
- Adjustable destructibility for different label sizes and application surfaces
- Better handling stability than extremely fragile single-layer materials
- Suitable for printing, die-cutting, slitting, converting, and automatic labeling
- Provides visible physical damage after removal attempts
- Helps prevent label reuse, unauthorized replacement, and warranty fraud
- Custom logo, serial number, barcode, QR code, warning text, and die-cut shape available
- Available as jumbo rolls, slit rolls, sheets, or finished custom labels
- OEM and ODM support for converters, printing factories, distributors, and brand owners
Empfohlene Anwendungen
Co-Extruded Destructible Label Material is commonly used for equipment labels, electronics warranty seals, large asset labels, industrial identification labels, logistics security labels, certificate labels, repair control labels, packaging seals, and anti-counterfeit product authentication.
For automatic labeling or larger label formats, this material can provide better handling strength than ultra-fragile materials. For security projects that require visible damage evidence, the destructible structure still helps inspectors identify whether the label has been removed, replaced, or manipulated.
Co-Extruded Material vs Standard Destructible Film
Standard destructible films usually rely on a single brittle face material to create a breaking effect. Co-extruded destructible materials use a multi-layer structure, allowing different performance factors to be adjusted more precisely according to the customer’s application.
For small warranty seals requiring maximum breakage, ultra-destructible vinyl may be more suitable. For large labels, automatic dispensing, equipment labeling, or projects requiring a more balanced break strength, co-extruded destructible label material can provide a more practical solution.
Printing and Converting Compatibility
Co-extruded destructible label material can support custom printing such as logos, barcodes, QR codes, serial numbers, inspection marks, warning text, and security patterns. Because the material is designed for controlled break strength, it can be better suited for printing and converting processes than extremely fragile films.
For label converters, important processing factors include die-cutting depth, matrix stripping performance, roll tension, print adhesion, liner release force, and automatic labeling speed. Hanksec can provide sample testing support to help customers confirm suitable thickness, adhesive strength, liner type, roll width, and converting method.
Surface Compatibility and Testing
Before bulk production, customers should test the material on the real application surface. Plastic housings, painted metal, coated cartons, equipment panels, glass, laminated paperboard, document paper, and textured surfaces may show different bonding and destruction performance.
Surface dust, oil, coating treatment, application pressure, temperature, humidity, and adhesive curing time can affect the final security result. For industrial or asset-label projects, testing should include peel adhesion, breakage behavior, print durability, barcode readability, edge lifting resistance, and final appearance after application.
Custom Co-Extruded Destructible Label Material Options
Hanksec can customize co-extruded destructible label materials according to thickness, destructibility level, surface color, adhesive system, release liner, roll width, printing method, label size, and application surface. Customers can choose material rolls for converting or finished labels for direct use.
Common customization options include brand logo printing, variable serial numbers, QR codes, barcodes, warning text, custom shapes, private security patterns, and different break-strength levels for special OEM/ODM projects.
Related Hanksec Destructible and Security Label Materials
Customers can also explore related Hanksec materials, including zerstörbare Etikettenmaterialien, VOID label materials, tamper evident security tapes, non-transfer VOID security tapes, and tamper evident security products.
Testing and Film Processing References
For co-extruded destructible label materials, customers often evaluate peel adhesion, break strength, film stability, print durability, barcode readability, liner release force, and converting performance. Useful external references include ASTM D3330 peel adhesion testing, FINAT test methods for self-adhesive labels, and ISO 14298 security printing management.
Wie man das richtige Material für selbstzerstörende Etiketten auswählt
| Zerstörbares Niveau |
Beste Wahl für |
Hauptvorteil |
| Leicht zerstörbar |
Höchste Sicherheit und Diebstahlschutz |
Zerbricht sofort in sehr kleine Stücke. |
| Mittel Zerstörbar |
Allgemeine Sicherheitsetiketten und Verpackungsetiketten |
Gutes Gleichgewicht zwischen Sicherheit und Produktionsstabilität |
| Hart Zerstörbar |
Große Etiketten, Geräteetiketten, automatische Etikettierung |
Einfachere Handhabung, Bedruckung, Stanzung und Anwendung |
Drei Optionen für selbstzerstörbare Etikettenmaterialien für unterschiedliche Sicherheitsanforderungen
Spezifikation
|
Facestock |
Selbstentwickelter zerstörbarer Film |
|
Stirnplattenstärke |
50–110 Mikrometer oder kundenspezifisch |
|
Farbe |
Mattweiß oder individuell |
|
Klebstoff |
Druckempfindliches Acryl oder individuell |
|
Farbausführung |
Matt |
|
Zerstörbarkeitsgrad |
Leicht/Mittel/Schwer |
|
Mindestbestellmenge |
530 mm × 500 m oder kundenspezifisch |
|
Liner |
60/80g Pergaminpapier oder Kraftpapier |
|
Größe Breite |
100 / 200 / 300 / 530 / 1060 mm oder kundenspezifisch |
|
Größe Länge |
400 / 500 / 1000 / 2000M oder kundenspezifisch |
|
Standardkerngröße |
3 Zoll oder individuell |
|
Temperaturbereich |
-20 °C - 80 °C |
|
Lieferzeit |
3-7 Tage |
|
Haltbarkeit |
Unter normalen Bedingungen 1 Jahr haltbar. Direkte Sonneneinstrahlung und hohe Luftfeuchtigkeit vermeiden. |
|
Druckverfahren: |
Digitaldruck, UV-Druck, Siebdruck, Tiefdruck, Rotationsdruck, Offsetdruck, Thermotransferdruck, Tintenstrahldruck usw. |
Produktstruktur
