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system, that does not cure rigid hard, and will allow for the temperature driven expansion stresses
involved in most construction applications. The material features an easy to use 1 to 1 by volume mix ratio and excellent adhesion to most construction materials. This material is most useful for the rehabilitation of dry rotted wood and will in most cases restore it to a normal hardness and stop
further degradation of it.
With the proper loading of clean sand aggregate the material can make an excellent concrete
patching compound as well
As with all adhesive type compounds proper surface preparation is essential for good bond strength, additionally recoating of this material should be accomplished before the material is thoroughly cured generally in less then 24 hours. If the material has cured hard and tack free a light sanding and solvent wash may be necessary before recoating.
system, that does not cure rigid hard, and will allow for the temperature driven expansion stresses
involved in most construction applications. The material features an easy to use 1 to 1 by volume mix ratio and excellent adhesion to most construction materials. This material is most useful for the rehabilitation of dry rotted wood and will in most cases restore it to a normal hardness and stop
further degradation of it.
With the proper loading of clean sand aggregate the material can make an excellent concrete
patching compound as well
As with all adhesive type compounds proper surface preparation is essential for good bond strength, additionally recoating of this material should be accomplished before the material is thoroughly cured generally in less then 24 hours. If the material has cured hard and tack free a light sanding and solvent wash may be necessary before recoating.
Directions for Use:
Step 1: The ideal working temperature is around 77°F. Best
results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free
environment. Avoid working in high humidity. We recommend
using this product on a leveled and flat work surface.
Step 2:
Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 2 parts Base Resin
to 1 part Curing Agent by liquid volume. Pour the Curing Agent first and then the Base Resin into a clean,
smooth-sided container large enough to hold all the liquid and allow room for
mixing.
Step 3: The material must be mixed thoroughly for at least 3
minutes. Be sure to scrape the container sides, bottom, and corners as you mix.
Be careful to not whip excessive air into the mixture. If mixing a gallon, use
a power mixer set to “hand speed.” For smaller quantities, use stir sticks. Do
not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly
with a squeegee or gloved hand. Continue to pour remaining material to achieve
the desired thickness, allowing the resin to flow evenly over the project’s
sides. Resin can be poured up to 2” thick per pour.
Step 5:
See Additional Information
for guidance to help
eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first
pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be
removed. Material will feel hard after 48 hours,
but full cure and maximum
hardness can require up to 7 days, depending upon the temperature.
<br><br>
· The
Water Clear Slow Cast can be poured as much as 2”
thick without cracking.
· To remove air bubbles that have risen
to the surface of the poured epoxy: use an industrial heat gun. Avoid heating
any one spot for too long so as to prevent any distortions in the finished
product.
· This product will work well with wood,
glass, ceramic, stone aggregate, cement,
electronic parts and most metals. Do not use over an oil-based stain.
This product may be used to embed or
encapsulate items for viewing and display, as long as the items are sealed first.
Objects that may be embedded include bugs, small stones, LED lights, electronic
parts, or other mementos.
· If you wish to apply paper decals or
other objects under the Water Clear Slow Cast surface, those objects need to be
bonded to the surface either with Table Top
Epoxy or craft glue.
· Some wood may take the material well
in a single coat; however, many types of wood require a seal coat to prevent
air bubbles from rising out of the wood and ruining the surface. Older, more
porous pieces of wood may contain both air and moisture that can contaminate the finish. In this case, the
user may first paint on a very thin coat of Water Clear Slow Cast, allowing
that to set before pouring the new layer.
· If a second coat of Slow Cast is
required, apply while the first coat is still lightly sticky. If the first coat
has fully hardened, a light sanding is suggested before the recoat.
· One of the best things about this
product is the ease with which it can be re-coated after a period of time. Even
a well- worn, scratched surface can be lightly sanded and recoated with fresh
material to be returned to its original luster.
· This product has excellent UV
resistance, but all epoxy products will eventually begin to yellow under
sunlight. This includes the curing agent side resin, as well as the finished
cured products.
· Clean Up Procedure: Tools can be cleaned with T-12, isopropyl alcohol 99%, or a
residue-free cleaner. Do not use soap and water.
Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.
Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.
Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.
Step 1: The ideal working temperature is around 77°F. Best results can be obtained at temperatures between 70°F and 85°F, in a clean, dry, dust-free environment. Avoid working in high humidity. We recommend using this product on a leveled and flat work surface.
Step 2: Using the Laminate Coverage Chart, measure product in accordance with your intended use. Prepare 1 part Base Resin to 1 part Curing Agent by liquid volume or 100 parts Base Resin to 83 parts Curing Agent by weight. Pour the Curing Agent first and then the Base Resin into a clean, smooth-sided container large enough to hold all the liquid and allow room for mixing.
Step 3: The material must be mixed thoroughly for at least 3 minutes. Be sure to scrape the container sides, bottom, and corners as you mix. Be careful to not whip excessive air into the mixture. If mixing a gallon, use a power mixer set to hand speed. For smaller quantities, use stir sticks. Do not mix more than a gallon.
Step 4: Pour the mixed resin onto the surface and distribute evenly with a squeegee or gloved hand. Continue to pour remaining material to achieve the desired thickness, allowing the resin to flow evenly over the projects sides.
Step 5: See Additional Information for guidance to help eliminate bubbles that have risen to the surface of the resin.
Step 6: If you are going to make a second pour, the first pour should still be lightly sticky. Once the second pour is made, bubbles may once again need to be removed. Material will feel well-cured after 24 hours, but full cure and maximum hardness can require up to 7 days depending upon the temperature.
sanding and solvent wash may be necessary before
recoating.
sanding and solvent wash may be necessary before
recoating.
sanding and solvent wash may be necessary before
recoating.