Avery® DOL 1370Z Luster Overlaminate

  • Ultra-conformable
  • Ideal for vehicle wraps
  • l4 year durability
  • 1.3 mi
  • Luster
Size

Volume discounts

Quantity Discount You Save
25 CA$5.20 Up to CA$130.00
50 CA$5.72 Up to CA$286.00

To see your prices, please log in or register.

Add to wishlist


Avery® DOL 1370Z Luster Digital Overlaminate is a high-conformability, long-term protection film that pairs excellently with Avery® MPI 1105 inkjet media. This laminate offers exceptional resistance to ultraviolet fading, salt, humidity, and abrasion. With a highly flexible cast construction, DOL 1370Z is ideal for car, fleet, and marine wraps and graphics.

Technical Data Sheet

DOL1370-48

Data sheet

Outdoor Durability 4 years
Thickness 1.3 mil
Film Type Cast
Material PVC
Colour Clear
Finish Luster
Adhesive Details Acrylic
Adhesive Removability Permanent
Adhesive Colour Clear
Release Liner 83# Kraft coated one side
Recom. Applications UV fading and abrasion protection of long-term, indoor and outdoor, conformable digital print applications
Available Widths (in inches) 48, 54, 60
Colour(s) and Finish
Conformability Compound curves

Specific References

Related Products
  • Most popular high-performance laminate
  • 8 year durability
  • Highly conformable
  • +4 year UV fade protection
  • 2 mil
Quick view
  • High gloss
  • Ideal for irregular substrates and wraps
  • Highly conformable
  • 5 year durability
  • 2.1 mil
Quick view
  • Highly conformable
  • Ideal for vehicle wraps and window perf
  • Optically clear
  • 1.3 mil
  • 4 year durability
  • Gloss
Quick view
  • Ideal for vehicle wraps
  • Ultra-conformable
  • 4 year durability
  • 1.3 mil
  • Matte
Quick view

Please choose the number of cuts you would like to request.

Keep in mind that if you want a 24" roll to be cut into 3 equal sizes, for example, the quantity of cuts will be 2.

Follow these steps:

  1. In the Product Customization section below, specify to what sizes you want your rolls cut.
  2. Click Save.
  3. Then click Add to Cart.
Quick view