Holographic hot stamping is one of the most mature and widely recognized anti-counterfeiting technologies used in global security printing and ID card production. By transferring an ultra-thin optical security layer onto PVC cards, Teslin cards, and security papers, the hologram becomes fully bonded to the surface, enhancing both visual appeal and long-term durability.
Compared with a wallpaper pattern, registered hot stamping ensures precise image placement at the designated position by using an eye-mark (registration mark) for accurate machine tracking. This enables stable, consistent quality throughout mass production.
Today, we introduce a specialized material developed for high-use cards — Scratch-Resistant Registered Hot Stamping Foil. Designed to withstand frequent handling and friction, it maintains a bright, intact holographic image over the entire lifespan of the card.
1. Key Features of Scratch-Resistant Registered Hot Stamping Foil
Unlike High-Temperature Resistant Registered Foils, which are developed for laser-printable security papers, the scratch-resistant type is engineered specifically for high-friction, high-touch plastic cards.
Long-Lasting Durability & Scratch Resistance
Ideal for transportation cards, loyalty cards, access cards, and employee badges. The stamped hologram maintains its clarity and vividness even after thousands of insertions or surface contacts.
Strong Layer Bonding & High Adhesion
The foil demonstrates superior bonding strength, preventing whitening, peeling, or delamination—ensuring extended service life for frequently used cards.
Distinct from High-Temperature Registered Foils
| Type | Main Application | Features |
| Scratch-Resistant Registered Hot Stamping Foil | PVC & Teslin cards, high-use ID cards | Exceptional durability, high scratch resistance, long-term surface protection |
| High-Temperature Resistant Registered Hot Stamping Foil | Paper printable documents | Resistant to laser-printer heat |
Both foils differ entirely in material formulation, layer structure, and working environments.
2. Layer Structure of Scratch-Resistant Registered Hot Stamping Foil
(Aligned with common international card-manufacturing standards)
Scratch-resistant hologram foils typically adopt a multi-layer composite structure designed to deliver stable optical effects and excellent surface protection.
1. PET Base Film (Approx. 15-20 micron)
The foundational support layer provides mechanical strength, dimensional stability, and heat resistance.
2. Registration / Eye-Mark Layer
Carries the registration mark used for precise foil tracking, ensuring accurate hologram alignment during hot stamping.
3. Optical Holographic Layer
The core security layer features embossed micro- and nano-structures that produce diffractive, dynamic, or multi-channel holographic images. This layer determines the hologram’s visual effect and anti-counterfeiting performance.
4. Scratch-Resistant Protective Coating
A specially engineered abrasion-resistant layer that protects the optical image from daily wear.
International standards typically require the foil to withstand 800+ friction cycles with no visible scratches, ensuring long-term clarity and stability.
Together, these layers create a highly durable composite structure offering: base support → optical security → surface protection.
making it ideal for long-term, high-frequency card usage.
3. Industry Applications
Scratch-resistant registered hologram foils are widely used by global card manufacturers, government suppliers, and security-printing service providers.
1. PVC Cards (Most Common Use Case)
- Membership & loyalty cards
- Access control & parking cards
- Employee ID badges
- Insurance or social-benefit cards
These cards experience heavy daily wear, making scratch-resistant holograms essential for maintaining long-term clarity.
2. Teslin Security Cards
Teslin materials are commonly used in government IDs, healthcare cards, and insurance cards.
Paired with scratch-resistant foil, they resist bending, surface abrasion, and frequent handling.
3. Security Paper Cards & Event Credentials
Ideal for short-term credentials with high handling frequency, such as event passes, paper-based cards, and ticket-style documents.
4. Premium Brand Authentication Cards
Used in luxury warranty cards, collector certificates, and limited-edition authentication cards where both durability and premium appearance are required.
As global ID card and security printing industries move toward higher durability and enhanced anti-counterfeiting requirements, Scratch-Resistant Registered Hot Stamping Foil has become a key material for PVC IDs, Teslin cards, and security paper cards.
With its precise registration, advanced holographic effects, and outstanding scratch resistance, it represents the modern standard in card-security materials and long-term visual protection.
