For the exceptional image quality of a polyester at a polypropylene price point, 10 Mil Solvent Blockout Display Film offers a diverse and durable option that doesn't require lamination. In this blended film, a center layer of polyester is sandwiched between two polypropylene layers that produce a dimensionally stable material that's water- and curl-resistant. Plus, the blockout layer keeps the support structure of pop-up and retractable banner stands from showing through when the graphics are displayed.
Compatible with eco-solvent, latex and UV-curable inks.
Benefits
- Water- and curl-resistant
- Quick drying with semi-matte finish
- Excellent image quality at a great price point
Applications
- Roll-up displays
- POP graphics
- Indoor banners
- Posters
- Billboards
- Trade show displays
- Bus and subway advertising
- Hanging signage
Customers
- Large Format Print Service
- Design Firm/Ad Agency
- Exhibit houses
- In-House * Bottling
- Federal Government
- Schools
- Sign Companies
Material Type
PP + PET + PP
Applications
Roll-up displays, POP displays, indoor banners, posters, billboards, trade show displays, and bus/subway ads
Product Benefits
Water-resistant, brilliant color, blockout, no curl, quick dry, and non-yellowing.
Weight
240 gsm
Thickness
10 Mil
Finish
Semi-Matte Finish
Laminating is optional. In order to protect the image from physical damage and to decrease image fading, an overlaminate is recommended. Allow image to dry completely prior to handling and laminating.
Opacity
99%
Color
White
Ink Compatibility
Compatible with eco-solvent, latex, and uv-curable inks.
Core Size
3" ID Core
Optimal Service Environment
Recommended conditions for use: 15-30°C/30-50% R.H. Cotton gloves recommended during handling. Too high temperate of pre-heating may lead to an inferior print or color difference.
Ideal Storage Conditions
It is recommended to store in the closed original packaging in a cool and dry environment. Temperature 10-25°C/20% R.H
Shelf Life
1-year storage in original package under recommended storage conditions above.