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Sony TRX-1 Extreme resin thermal transfer ribbons
Sony’s patent pending
specialty resin ribbon uses UV-light curable technology to take thermal
printing ink performance to the next level. Sony TRX-1 ribbon is formulated to
perform in a number of demanding environments. Unprecedented performance
such as Xtreme chemical resistance, Xtreme abrasion resistance and
Xtreme temperature resistance should be expected from images printed
from this ribbon.
- Cross-linked resin ink
formulation provides unmatched solvent and chemical resistance
- Eliminates the need for
overlaminates in many cases
- Sony's SmoothCoat™
backcoat provides even heat distribution for excellent imaging
- Special release primer
transfers durable images to popular harsh environment label stocks
- Heat resistance >
700ºF
Performance
Characteristics
- Performance characteristics are based
on proper curing of the ink
- Provides unmatched solvent and
chemical resistance. Often eliminates
the need for overlaminated, anodized or etched labels.
Superior resistance to:
- MEK (methyl ethyl ketone)
- Toluene
- Xylene
- IPA (isopropyl alcohol)
- Gasoline
- Brake Fluid
- Many other chemicals
- Sony TRX-1 is designed to transfer an
excellent quality and extremely durable image onto the most popular
label stocks for harsh environments
Recommended Applications:
High heat resistant labels,
electronic labels, automotive labels, chemical drum labels,
pharmaceutical labels
Print speed
2-6ips (inches per second)
4ips optimum (20ft/min)
UV
irradiation
UV lamp
Mercury/"H" type bulb
optimum λ: 260-320nm; 365nm
UV dosage (320-390nm, UV
Power Puck™ radiometer by EIT)
400-500 nJ/cm2
UV Irradiance (320-390nm,
UV Power Puck™ radiometer by EIT)
1100-1200 nW/cm2
|
Ribbon property |
|
|
| Description |
Specification |
Measurement method |
| Ink material |
Resin |
- |
| Total thickness (μm) |
7.0 +
0.6 |
Micrometer |
| Base film thickness (μm) |
5.0 +
0.4 |
Micrometer |
| Ink thickness (μm) |
1.4 +
0.2 |
Micrometer |
| Ribbon transmission
density |
> 1.1 |
Densitometer |
| Print density |
>
1.3 |
Densitometer |
Durability of printed image
Label stock
Print treated white polyester
Print speed
4ips
Print density
1.39
Smudge resistance
ANSI A*
Scratch resistance
ANSI B*
*Represents the American
National Standard Institute (ANSI) Grade measured at the given
conditions. Grade levels are A, B, C, D, and F, where A is excellent, B
is above average, C is average, D is below average, and F is poor.
Test
equipment
Smudge
Colorfastness tester
Scratch
Crockmeter (light arm)
Conditions
Smudge test
2000 cycles @ 500 grams with cotton cloth
Scratch test
2000 cycles @ 300 grams with stainless steel ball bearing
Resistant to rubbing
with: MEK (methyl ethyl ketone), toluene, xylene, IPA (isopropyl
alcohol), gasoline, brake fluid, mineral spirits, Formula 409
Label stock
White top coated polyimide & polyimide
Scratch resistance
No damage to image up to 700°F (375°C)
The upper temperature limit of the hotplate used is 700°F (375°C).
Image should survive at high temperatures.
Test equipment
Crockmeter (light arm)
Conditions
1000 cycles @ 300 grams with stainless steel ball bearing against
two surfaces - ceramic hot plate and stainless steel.
Conversion chart
Millimeters (mm) to inches > mm ÷ 25.4
Inches to mm > Inches ÷ 0.03937
Meters (m) to Feet (ft) > m ÷ 0.3048
Feet to Meters > Feet ÷ 3.2808
C° to F° > (1.8 x C°) + 32 = F°
F° to C° > (F° ÷ 1.8) -17.77 = C°
Thousand square inches (MSI) to m2 > msi x 0.645
MSI = m2 ÷ 0.645
Call 513-984-2101
or 800-446-1991 for the RACO Discount Price!
Call
for more ribbon choices or ribbons by
other manufacturers not listed.
Specifications subject to
change without notice.