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DFDRY-C0 Clear Blue Water Based Fluorescent
Dye.
Description:
Risk Reactor’s DFDRY-C0 Clear Blue Fluorescent dye for water
based mediums is one of our most popular because of its strength,
invisibility, and versatility. DFDRY-C0 has a very strong
fluorescent effect for use in invisible inks, security paper
printing, inks, special effects, markings, coding applications, and
paints. Our Clear Blue Fluorescent Water Based dye is clear in
regular light, but fluoresces a bright blue under Risk Reactor Black
Light. Used to detect leaks, invisible color additive, color
enhancer, color shifter, and non-destructive testing. Risk Reactors
tracer is a very strong concentrated liquid. Being a liquid, it
disperses easily into your systems.
Ordering Information: You can order online 24 hours a
day to receive your DFDRY-C0 (Clear Blue Fluorescent Dye) or
simply print and complete the Order Form found on our website, then
fax or email it back to us. The Order Form is located at the end of
our product list. We can also offer quotes on large volumes and we
do ship all around the world.
Product Introduction: Risk Reactor's Clear Fluorescent
Blue Dye is stable, light fast and can be used with a variety of
solvents. It is used in security inks, paints, coatings, glue,
adhesives, tracing, and other applications. Our DFDRY-C0 Clear
Blue is used in numerous applications and is one item to always
include with your order. Clients also use this dye to add to other
pigmented mediums to add depth, color, brightness, or a dual effect.
For Non-Destructive Testing purposes the DFDRY-C0 is the
workhorse used by it or in addition to other colorants. This is a
light colored powder that when dissolved completely it is absolutely
clear or invisible to the naked eye and will show an intense bright
color under Risk Reactor Black Light. The color can shift from blue
to white depending on the concentration in your medium.
Benefits of Risk Reactor's DFDRY-C0 Clear Fluorescent Blue
Tracer:
- Good light fastness.
- Invisible and brilliant fluorescent blue water effects.
- Absolutely clear when diluted.
- Fluoresces very brightly.
- Used in conformal coatings and fugitive glue applications.
- Used in thermoplastics, coatings, printing inks, man-made
fibers and as a tracer.
- Incredibly strong fluorescent effect.
- Highly concentrated saving you money.
- It is clear when diluted preventing stains and other unwanted
marks.
- Fluoresces a bright blue under long wave black light.
- Cleans up with water.
- Safe and non-toxic.
- Can be used with our BNB001 6" Hand Held Black Light or our
B12LEDNS rechargeable black light for mobility.
- DFDRY-C0 is perfect for use with UV sensors for
automation.
Risk Reactor’s IFWB-C0 is used in:
- Coatings.
- Water Tracing.
- Invisible fluorescent marking inks.
- Folder-gluers.
- Conformal Coatings.
- UV Sensor and automation markings.
- Non-destructive testing.
- Printing Inks.
- Leak detection.
- Man-made fibers.
- Special Effects.
- Color shifter.
- Coating Coverage.
- Public power utilities.
- Military facilities.
- Engineering firms.
- Testing companies and laboratories.
Tank constructors and installers.
Electrical equipment manufacturer.
Quality control during manufacturing.
Coating Coverage: DFDRY-C0 Clear Blue Fluorescent Dye
provides an excellent means to determine coverage of either
conventional or UV cure coatings. Small amounts act as a tracer,
which when viewed under a Risk Reactor Black Light, indicating
whether or not a uniform coating coverage has been achieved. This is
especially useful for clear coatings, where coverage can be
difficult to determine by conventional means.
Leak Application: Our Clear Blue Fluorescent Dye has been
used to invisibly trace leaks all over the world. You can use this
in numerous ways, including simply adding this to a water-based
medium needing to be traced. This item is great for its unique
ability to be invisible in regular light and only show its color
under Risk Reactor’s Black Lights.
Technical Information:
Shelf Life: Minimum 12 months. Color of Concentrate:
Yellow. Packaging: gram, pound, 55 lb bag.
How to Use: DFDRY-C0 is widely used in a variety
of industries from tracing leaks, fugitive glue, conformal coatings,
to security inks. Basically, whatever water based medium you add
this additive too it will cause the medium to glow under black
light. Usually you would enter the DFDRY-C0 Clear Blue
Fluorescent Dye directly into one of your components in your medium.
The color will show up with an intense bright response under Risk
Reactor Black Light. The color can shift from blue to white
depending on the concentration in your medium. White color being a
higher loading of dye while a blue color is a low loading. We
recommend using Risk Reactor Black Lights to view the dye for
inspection, effect or manufacturing line.
How do I just see the invisible effect? To see the
effect, get a cup of water in a clean container. Put the Risk
Reactor Black Light over the cup and turn on. After you have the set
up add very little DFDRY-C0 into the water. The water will
instantly change to a wonderful blue color. Remove the Black Light
to see the water change from blue back to absolutely clear.
Risk Reactor's tracers are very concentrated. In order to achieve
the best results for your particular project, testing in your system
is recommended. With any tracing application, testing the system for
UV responsiveness prior usage is optimum. Some fluids naturally
fluoresce and doing this test will prevent false readings. The
factors involved are as follows: 1. Control of the ambient light. 2.
Strength and type of the black light. 3. Concentration of the dye in
your medium. 4. Color of the liquid. Adjusting these factors will
improve results.
Concentration of the dye in your medium will be up to you and the
effect you are trying to achieve. For clear liquid tracing you can
have a very low final loading. Naturally, if there is any other
colorant in the medium or if you want a brighter color under black
light than you will need to add more DFDRY-C0.
Risk Reactor also carries EPA Approved, NSF Certified Water Based
Tracers for drinking water applications. See section Fluorescent
Tracers for more information and details.
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