Cartulina Holográfica Lineal

Linear Holographic Cardstock is a specialty cardstock made from polyethylene terephthalate (PET) substrate, processed through precision optical embossing and coating technologies. The surface exhibits a regular columnar holographic effect, producing dynamic, three-dimensional, and color-shifting visual effects under light sources. This material features high flatness and strong folding endurance, making it widely applicable in highend packaging printing and creative design fields, effectively enhancing product visual identification and shelf appeal.

Core Advantages

Stable Optical Effect: The columnar holographic patterns are achieved through embossing, ensuring high consistency between batches.
Stable Physical Properties: PET substrate provides good tensile strength, tear resistance, and moisture resistance.
High Printability: Surface coating is compatible with various printing methods including offset and screen printing.
Environmental Sustainability: PET substrate is recyclable, aligning with modern sustainable packaging requirements.

Product Specifications

Substrate: Polyethylene Terephthalate (PET)
Thickness Range: 0.15mm - 0.35mm (customizable)
Surface Effect: Columnar holographic pattern with color shift depending on viewing angle
Coating: Printable coating for enhanced ink adhesion
Formats: Common sheet size 787mm × 1092mm, roll formats available upon request

Application Scenarios
Packaging Industry: High-end gift boxes, cosmetic packaging, tobacco & alcohol packaging, electronics packaging
Printing & Design: Greeting cards, book covers, promotional posters, luxury labels
Cultural & Creative Products: Art decorations, creative DIY materials, limited edition brand merchandise

Storage & Usage Notes
Store in a cool, dry place away from direct sunlight.
Recommended conditions: temperature 15°C-25°C, relative humidity below 60%.
Use professional cutting tools during die-cutting to maintain clean edges.
Smallscale testing is recommended prior to mass production to verify printing and processing results.