Avery Dennison 1380Z Matte Overlaminate
Avery Dennison 1380Z Matte Overlaminate
Description
Avery Dennison DOL 1380Z Matte Overlaminate is a high-performance protective finish designed to give your digitally printed graphics a refined matte look with durable surface protection. This film delivers an attractive low-sheen finish while safeguarding prints from abrasion, UV exposure, and everyday wear — perfect for applications where glare needs to be minimized and visual impact maintained.
Built for professional sign shops and wide-format production environments, DOL 1380Z Matte combines excellent handling with reliable performance. Its cast film construction conforms smoothly to curves and mild contours, allowing you to produce resilient graphics that stand up to environmental conditions without sacrificing finish quality.
Key Benefits
- Matte surface: reduces glare for a clean, contemporary appearance
- Strong protection: guards printed graphics against scratches, fading, and elements
- Conformable performance: applies smoothly over curves and mild contours
- Print clarity preservation: maintains color and detail without unwanted shine
- Production-ready handling: consistent converting and reliable installation
Typical Applications
- Vehicle graphics with matte finishes
- Architectural and building wraps
- Retail and promotional signage
- Window graphics and storefront installations
- Wall murals and decorative overlays
Why DOL 1380Z
- Professional aesthetic: modern matte finish complements premium designs
- Durable performance: engineered to protect graphics in outdoor conditions
- Reliable conformity: conforms cleanly to complex surfaces
- Consistent results: trusted by shops for predictable handling and installs
Product Data Sheet (PDF): Download DOL 1380Z Matte Overlaminate – Data Sheet
Specifications
| Application Area | Window, Wall, Vehicle, Signage, Indoor, Outdoor |
| Durability | 4 Years |
| Finish | Matte |
| Thickness | 1.3 mil |
| Removability | Permanent |
| Width | 30", 48", 54" |
| Length | 75', 150' |
