Avery MPI 3026 Digital Matt Supertack 1370mm x 50m
Central UK Location
Daily deliveries throughout
the UK and Europe
MPI 3026 Supertack is a new short term digital inkjet media designed for slightly structured and apolar substrates, allowing you to target new and more difficult promotional applications.
50 metres on a roll.
Printed samples available upon request.
MPI 3026 Supertack is a new short term digital inkjet media designed for slightly structured and apolar substrates, allowing you to target new and more difficult promotional applications.
Key benefits
- 95 micron white film with matt finish – ideal for indoor promotional graphics, i.e. interior walls
- Special Supertack adhesive gives more reliable adhesion on more difficult, slightly structured and apolar substrates
- Excellent printability and handling on selected printers
- Easy cutting an application
Recommended uses
- Short-term indoor and outdoor promotional graphics
- Application with slightly structured surfaces
- Demanding apolar surfaces (polyethylene and polypropylene)
FAQ
Each roll of Avery MPI 3026 is 1370mm as standard.
Each roll of Avery 3026 is 50m long.
Avery MPI 3026 has a matt finish.
The matching laminates are Avery DOL 3460 (Gloss finish) and 3480 (Matt finish).
When printed and applied outdoors, Avery has rated MPI 3026 with a 2-year durability.
Avery MPI 3026 can be applied to slightly structured surfaces.
Avery 3026 Super tack is designed to be used on surfaces which typically don’t take well to adhesive vinyls, such as demanding apolar surfaces (polyethylene and polypropylene).
Product Specification
Download a full product specification here
Avery Portfolio Overview
Download the Avery Portfolio Overview here
Avery Dennison Digital Media printing guidelines emphasise proper media handling, printing setup, and finishing processes to ensure optimal print quality and performance. These guidelines cover aspects like media profiles, drying times, application techniques, and troubleshooting.
1. Print Preparation
Media Profiles
Ensure the correct media profile is installed and selected in your print server. This profile contains information about the printer, RIP, ink, and the specific Avery Dennison media being used.
Drying
For solvent printing, films need to be fully dried before applying overlaminates. A 24-hour drying time is generally sufficient for full solvent inks, while 48 hours is recommended for eco-/mild solvent inks. Allow for longer drying if a lot of ink is deposited.
Winding
When drying, avoid tightly winding the material on a core, as this can hinder solvent evaporation. Loosely wound or stacked sheets are preferred.
2. Printing
Resolution
For sharp, clear images, a resolution of 300 DPI is recommended.
Colour Matching
Digital printing may have limitations in achieving precise Pantone or specific colour shades.
3. Finishing
Overlaminates
If applying overlaminates, ensure the printed material is thoroughly dry to prevent potential issues.
Cutting
For cutting, ensure the blade is clean and sharp.
Stabilisation
After curing, allow 4-8 hours for the ink and substrate to stabilize before die-cutting, pre-masking, or chemical resistance testing.
4. Application
Surface Preparation
Clean the substrate thoroughly before applying the media.
Application Tools
Use a squeegee with overlapping strokes, applying moderate pressure.
Temperature
Avoid applying films in extreme temperatures. If necessary, use a heat gun to gently warm the material during application.
Troubleshooting
If bubbles or wrinkles occur, try using a heat gun or repositioning the film with the Avery Dennison Easy Apply™ or RS technology.
5. Cleaning and Maintenance
Cleaning
Use a gentle cleaning solution (water with a small amount of soap) and a soft cloth. Avoid using harsh chemicals or abrasive materials.
Pressure Washing
Use pressure washing with caution, keeping pressure below 1200 psi and water temperature below 120° F.
6. Additional Tips
Testing
Thoroughly test all performance characteristics, including print quality, durability, and chemical resistance, before each production run.