CAN17
SPECIFICATIONS
17 mil Polyester Blend Canvas Aqueous Inkjet Media for use with dye and pigment ink
on thermal and piezo inkjet printers.
A 17 mil (320 gsm), matte, water-resistant canvas composed of 35 percent cotton and 65 percent polyester blend. Carrying
a fine weave of 1 over 1, this allows for flexibility in handling to make canvas wraps or graphic pieces that require bending the
fabric. Can be stretched without cracking—based on toner lay down during printing on the ColorWave 700/3700 printers.
Physical Properties*
• Basis weight: 320 gsm
• Caliper: 17 mil
• Whiteness: > 120 CIE
• Opacity: > 98%
• Weave: Oxford 1 over 1
*Target Values
Features
• Excellent overall print quality
• Indoor use
• Water resistant
• Fine weave
Recommended Storage
Conditions and Shelf Life
• Store in clean, dry area away from
direct sunlight.
• Temperature: 68-77 °F (20-25 °C).
• Relative Humidity: 30-70%.
• Repack opened rolls when not in use.
• Allow material to stabilize to room
conditions 24 hours before use.
Environmental, Health,
and Safety
• No Material Safety Data Sheet required.
• Waste not suited for recycling.
Main Applications
• Graphics Box framed
• Indoor murals
• Indoor Hanging Signs
Printer/Ink Compatibility
CAN17 is recommended for use in
ColorWave 700/3700 printers. You can
create a custom profile using Web Express
tools. Media comes on a 3-inch core. It’s
also compatible with traditional thermal and
piezo inkjet printers.
Finishing Recommendations
The CAN17 performs well in finishing
operations. Can be stretched without
cracking—based on toner lay down during
printing on the ColorWave 700/3700 printer.
Color Profiles
ICC color profiles can help to improve
image quality and optimize ink limits for
improved dry-time, wide color gamut, and
accurate color matching. The ColorWave
700/3700 printer can create a custom
media profile through Web Express. You
can choose CAN17 from Web Tools to
import into controller.
This information is presented as a general
guide and is not a performance guarantee.
The user should independently determine
prior to use the suitability of the material
for the specific purpose