Epson DUALJET HYBRID SYSTEM PRO 4880 - Manual (Page 22)

Sawgrass Technologies, Inc. ~ www.sawgrassink.com
12
SURFACE/SUBSTRATE
Transfer Time
ArTainium UV+
TEMPERATURE
P. S. I.
PRESSURE
REMARkS
CERAMIC
150-210 seconds
350 o F-400 o F
40 psi
Time varies with pressure.
Use green tile mat for
ceramic tile.
FR PLASTIC 75-80 seconds 400 o F 40 psi Remove Plastic
METAL
(Other) White, Silver, Gold 60 seconds 375 o F- 400 o F 40 psi
Time varies with manufacturer.
(Contact reseller for times and temps.)
Place absorbent sheet on bottom plate
of heat press. Then place transfer
paper, face up, on top of absorbent
sheet. Next place substrate, face
down, on top of transfer paper. For
best results, remove paper from
substrate immediately after setting.
METAL
(Universal
Woods)
60 seconds 400 o F 40 psi
Remove plastic.
Use absorbent sheet.
MOUSE PADS 45 seconds 400 o F 40 psi
POLYESTER FABRIC &
PERFORMANCE APPAREL
45 seconds 400 o F 40 psi
SOFT L’INK™ 35 seconds 400 o F 40 psi
Pre-Press for 5 seconds to
eliminate moisture. Use Teflon
sheet between sides of shirt to
prevent “blow through”.
UNISUB™ PRODUCTS 75-85 seconds 400 o F 40 psi Remove Plastic
Selecting Paper
Recommended Media For Best Results
For ArTainium UV+: TruPix, TruPix Classic or TextPrint
For ChromaBlast: ChromaBlast Media
For further information on selecting the appropriate paper to use with your ArTainium ® UV+
and ChromaBlast™ Digital Transfer Inks, please check our website at http://www.
sawgrassink.com/support or call your authorized ArTainium ® UV+/ChromaBlast™
reseller. While the use of copy paper or other inkjet paper will not harm your printer, the
transferred results may be light, splotchy, or uneven. Some papers may even stick to the
surface or leave a visible residue.
ArTainium UV+ Heat Transfer (Sublimation) Instructions
Because you can print on a variety of surfaces, you need to take all variables of the
surface into account when selecting time, temperature, and pressure. Some of the
variables are:
• Thickness of surface.
• Heat absorption; how fast the surface absorbs heat.
• Coatings used on materials to create a receptive surface for sublimation
inks. (Ceramics, Metals, Plastics, etc.)
• Accuracy of heat press unit. (Time, Temperature, and Pressure)
The specifics listed below are only guidelines. Due to the differences in heat presses and
the various materials you will be printing on, it is not possible to give absolute figures.
You should check with your supplier for specific heat transfer instructions or experiment
to find your own preferred settings. Practice makes money!