32 Fluid Ounces or 1 US Quart
Aliphatic Polyurethane Dispersion
Clear None Yellowing Protective Coating
BEST VIEWED USING GOOGLE OR GOOGLE CHROME BROWSER
APPLY DIRECTLY ON TO EPOXY RESINS AND
OTHER SURFACES THAT REQUIRES UV PROTECTION
REDUCE SURFACE OXIDIZING AND SCALING
FOR INTERIOR OR EXTERIOR USE
Complies with new AQMD RULE 1113 and RULE 1107
VOC Limits and Air Polluting Emissions
(volatile organic compound)
- Excellent Chemical Resistance
- Superior Scrub Resistance
- Cures to a high gloss none yellowing
- Spray Roller Coat or Brush Applied
- Excellent outdoor durability-gloss
- Fast dry times <30 minutes (30% Humidity,
- Ambient or accelerated cure using
forced air or heat convection
- Outstanding adhesion to metals,
plastics, concrete etc.
- Retards fungal and algae growth in wood coatings
- Resist dirt pick-up and easy cleaning
- Extreme durability against
cyclic expansion and contraction
MAX SEAL is a single component coating that can be brush, roll coater, or spray applied. When applied on porous material such as wood or concrete, the coating it will be tack free in less than 30 minutes and subsequent coats can be applied without further surface preparations. Upon cure the layers will cure to a unitize coating that will not peel between layers. Some surface preparation may be needed if coating is applied between long intervals.
The cure time is highly depending on ambient moisture or temperature.
MAX SEAL was formulated to comply with the new stringent air quality management laws for new coating applications. MAX SEAL exceeds the requirements of reportable volatile organic compound (VOC) to district air quality management agency, which makes it an excellent material for almost all types of industrial, commercial and architectural applications.
MAX SEAL pass or exceed all Federal, State, County and Municipal Air Quality management regulations (AQMD), especially SCQAMD, which is has the strictest air quality regulations.
MAX SEAL exhibits high luster and gloss clear finish that is stain resistant to most materials such wine, iodine, paints, markers and other staining products. As an anti-graffiti coating, MAX SEAL can be directly applied on most materials and upon cure, graffiti can be easily cleaned by graffiti removal solvents such as acetone, NMP or other non-chlorinated solvents without damaging the coating.
MAX SEAL is none-yellowing and inherently abrasion resistant.
MAX SEAL also demonstrates excellent adhesion to almost materials even 'tough to bond to surfaces' such polyethylene, polypropylene and other low surface tension substrates with minimal surface preparation.
MAX SEAL can also be used as a clear rust proofing coating for metals such as steel, copper, brass and other soft metals that are susceptible to corrosion and oxidation.
Apply MAX SEAL by brush, dip, roller, HVLP spray or airbrush. It has a very low viscosity making it suitable for coating intricate and high detailed patterns. Apply several thin coatings of MAX SEAL, allowing about 10 minutes before recoating. No sanding is needed in between coats. MAX SEAL will dry to the touch in less than 1 hour under normal ambient conditions but can be snap cured using forced air or convection drying ovens.
The exceptional toughness, flexibility and high luster finish makes MAX SEAL an ideal topcoat for wood and metal coatings projects. It demonstrates minimal “flash rusting” when applied directly on unprimed steel and excellent weather resistant and top coat protective properties on primed surfaces. Long-term outdoor exposure test of MAX SEAL coatings demonstrates excellent color stability and chalking resistance. It also exhibits water and common household cleaners and chemical resistance and can be further buffed to a mirror like finish using wax or polish.
Physical and Mechanical Properties
Pounds per Gallon
Form and Color
500 CPS at 25 °C
Less than 7.2
Tack free time
25 to 30 minutes
50 to 60 minutes
48 To 96 Hours
Excellent Stain Resistance
(No spotting or ghosting)
Salt and Tap Water
400 – 315 nm
Near Visible long wave
315 – 280 nm
> 100 Hours Exposure
280 – 100 nm
<300 Hours Exposure
Abrasion Resistance After Full Cure
Dry Pencil Rub Shore 40A
>100 Double Rubs
Falling Sand Abrasion ASTM D968 5
> 4 hours 10 pounds per hour
MAX SEAL is one of the newest technologies in polymer science that can be used for direct and prolonged outdoor exposure with minimal effect or loss of properties. It is truly one of the few materials that demonstrates low mechanical and aesthetic deterioration due direct UV exposure, environmental attack such as air borne pollutants, acid rain, heat aging and assaults from seasonal weather damage.
MAX SEAL is non-flammable, low skin irritant, and does not contain chlorinated or Ozone Depleting Chemicals (ODC). MAX SEAL is ready to use directly from the container.
Two coats of the MAX SEAL were applied on the wrought iron furniture on the right while the left piece was left uncoated.
PLACE MOUSE CURSOR OVER THE PICTURE TO ACTIVATE PUSE AND PLAY CONTROLS
Note the protective performance of the MAX SEAL against direct UV sunlight exposure
and marine environment for a period of 3 years.
Fishing Lure Protective Coating
MAX SEAL CAN BE USED FOR BOTH HAND-CRAFTED WOOD LURES OR REFINISHING PLASTIC LURES.
CREATES A PERMANENT DURABLE HIGH GLOSS FINISH THAT CAN BE APPLIED UNTO PAINETD AND DECORATED LURES
CLICK ON THE PICTURE TO PAUSE OR PLAY SLIDESHOW
Excellent For Protecting Substrates
From UV Damage And Mechanical Abrasion
NEED MORE INFORMATION?
Please visit our YouTube Channel to view our video demonstrations
Protective Coating For Epoxy Coatings
MAX CFC WHITE is an epoxy base coating was used as the concrete coating along with 2 coats of MAX SEAL applied as a protective top coat.
The MAX SEAL top coating imparts a protective top coat over the epoxy floor coating retarding yellowing or darkening of the epoxy from the UV producing Sodium Metal Halide lamps.
MAX CFC WHITE A/B
CONCRETE FLOOR COATING
was applied as a top coat to prevent premature yellowing of the super bright
white coating from the overhead metal halide lamps the produce high UV radiation,
Photographs Courtesy of Mr. Mike Huizenga
President YaHu Inc. Manning, SC
Wood, Metals, Plastics, Concrete, And Stone Substrates
NOTE HOW THE WATER BEADS WHEN THE WATER IS APPLIED OVER THE COATED AREA
Gloss (ASTM D253)
>90% at 60-degree angle
Weather Resistance (ASTM 1006)
Negligible loss in mechanical properties after 1 year of direct sunlight exposure
(< 1.2% loss in elongation and gloss)
Over 1,000 hours in accelerated weather chamber with less than 5% change in properties
Falling Sand Tester (ASTM D 968)
the name indicates, the falling sand tester measures the abrasion resistance of
paint or other coatings to falling sand. The work is performed according to
ASTM D 968. Quartz sand with a specific grain size is poured through a funnel
and guide tube to impinge on a test plate. Typically this test is used to
determine the abrasion resistance of a painted surface. Because it is
essentially a MOHs test, it can be adapted to determine relative wear
resistance of many materials by varying the size and hardness of the abrasive
used. For instance, wear resistance of polymer composite panels can be
evaluated using the falling sand method
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We have hundreds of large corporations that use our polymers in thousands of applications.
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The user should thoroughly test any proposed use of this product and independently conclude satisfactory performance in the application. Likewise, if the manner in which this product is used requires government approval or clearance, the user must obtain said approval.
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