We offer a comprehensive range of cold foil and high-end replicated foil series designed to meet the diverse needs of tobacco and alcohol packaging, premium gift boxes, brand labels, and commercial printing.
Hongye directly sells this Diagonal Hologram Cast Cure Foil, which is specifically designed for replicating continuous diagonally arranged holographic gratings. This process does not transfer the metal coating, but only presses and cures the diagonal microstructures into the UV light oil layer. After peeling off the film, it generates a continuous diagonal light column effect on the printed surface.
This Hongye China Diagonal Hologram Cast Cure Foil, in roll form, supports multiple cycles of machine operation and combines visual recognition and environmental attributes. It is suitable for brand packaging to create differentiated directional laser effects.
What is a diagonal light column?
A diagonal light column is a group of directional and inclined arranged micrometer-level light grating microstructures.
When light is shone on it, the light and shadow will form continuous flowing strip-like laser reflection along the fixed inclined angle, different from the conventional concentric circles and random holographic textures.
As the viewing angle changes, the diagonal light columns will present a one-way sliding dynamic light band, with strong visual dynamics.
Differential advantage
Comparison Item
Ordinary Cast&Cure Foil
Hongye Diagonal Hologram Cast Cure Foil
Optical Texture
Random or circular holographic pattern
Custom diagonal linear grating with sliding light effect
Visual Feature
Static light effect, common in market
Unidirectional moving light bar, high brand recognition
Texture Adjustment
Limited pattern options
Adjustable grating angle and stripe density
Recycling Property
Metal-free, recyclable substrate
Metal-free, recyclable, directional optical customisation available
- The PET base film has been subjected to directional stretching and anti-static treatment, and is not prone to deformation after repeated feeding. The grating replication accuracy is stable.
- The film surface has a wear-resistant strengthening coating, and after multiple cycles of production, the diagonal light grating is not prone to wear and blurring.
- The release layer ratio has been adjusted, and the peeling resistance is uniform. After molding, there are no residual films or lamination flaws.
- It is compatible with various UV light oil systems, and the microstructure has strong adhesion after curing, making it easy to cut and box without damaging the diagonal pattern.
- It does not contain metal evaporation coating, and the finished product has no metal residue, which does not affect the recycling and reuse of paper.
Parameters
Specification
Options
Available Length
3000m / 5000m
Available Width
100cm (Contact Hongye team for custom-size requirements)
Core Inner Diameter
76.2mm (3")
Base Film Thickness
12μm
Reusable Times
8-12 times
FAQ
1. Q: Can the inclination angle of the diagonal light column be customized?
A: Yes, the grating angle and stripe density can be adjusted as needed.
2. Q: Can the Diagonal Hologram Cast Cure Foil be used repeatedly in the machine?
A: Under standard operation, it can be reused multiple times, reducing the cost of consumables.
3. Q: Can the diagonal stripes be printed with ink on them?
A: Yes, the underlying dynamic light effect can still be retained.
4. Q: Will the die-cutting process damage the diagonal grating structure?
A: It is fixed in the topcoat, and normal die-cutting is unlikely to damage the texture.
5. Q: Is it necessary to replace the special UV coating when using this film?
A: It is recommended to use a compatible UV coating. Sample confirmation is better.
6. Q: Can Hongye provide on-machine processing guidance?
A: Samples can be sent and process debugging suggestions can be provided.
7. Q: Can batch inspection materials be provided for export orders?
A: Corresponding inspection documents can be provided for formal orders.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy