No Residue Void Label Materials 

The non transfer security label is made of PET cladding and glazine backing paper. The thickness of the surface material is 36 mircon. The thickness of the backing paper is 80g. The appearance of the label remains unchanged, leaving no trace. Once uncovered, the surface material will be destroyed and the hidden text or pattern will be revealed, without any glue remaining on the object to be pasted. We can make customer's special edition according to the specific requirements of customers.

The non transfer security label is made of PET cladding and glazine backing paper. The thickness of the surface material is 36 mircon. The thickness of the backing paper is 80g. The appearance of the label remains unchanged, leaving no trace. Once uncovered, the surface material will be destroyed and the hidden text or pattern will be revealed, without any glue remaining on the object to be pasted. We can make customer's special edition according to the specific requirements of customers.

This tamper-evident security label employs a proprietary destructible opening mechanism. When forcefully removed, the label surface generates irreversible physical damage, revealing pre-printed latent security elements (such as VOID security threads, invisible fluorescent codes). The innovative anti-transfer coating design ensures all security features remain entirely on the label layer, leaving only irreparable tear marks on the substrate surface. This achieves clear counterfeit deterrence while eliminating adhesive residue or information transfer issues common with traditional labels. Ideal for high-end product packaging, document authentication, and other applications requiring surface integrity.

When the label is uncovered, the label will produce obvious traces of damage, and the pre-printed pattern or text will be revealed on the surface of the label, but no anti-counterfeiting information and adhesive remain on the surface of the attached object.

When the label is tampered with, it will exhibit visible signs of tampering, revealing a pre-printed design or text on its surface. However, the underlying surface of the attached object will show no residual anti-counterfeiting features or adhesive residue. This tamper-evident technology ensures clear visual verification of unauthorized access while maintaining the integrity of the substrate.

When the label is uncovered, the label will produce obvious traces of damage, and the pre-printed pattern or text will be revealed on the surface of the label, but no anti-counterfeiting information and adhesive remain on the surface of the attached object.