Surface Preparation

Surface preparation is key to the success and life of the UTX60. UTX60 must be applied to fully cured unsealed interior concrete that has been properly prepped with a diamond grinder using a 30 grit (or courser diamond) to achieve a CSP –2 to a CSP-3 profile. If applying over an existing fully cured coating, or outside of the recoat window, you will need to sand thoroughly with a 60-100 grit sanding screen until the surface is completely dulled with scratches. Vacuum surface several times to ensure surface dust and debris is completely removed. Applying the UTX60 over dirty or dusty concrete will result in delamination. The surface needs to be completely dry and free of oil, dirt, grime, wax, detergent or any incompatible paint or coating. To prevent delamination caused by moisture vapor transmission, a moisture vapor test should also be performed to determine if vapor emissions are present.

Substrate, air, and material temperatures must not be less than 55 degrees Fahrenheit, and not exceed 80 degrees Fahrenheit. If applied outside of these limits, the Armor UTX60 may not achieve adequate film formation, and may develop blushing, bubbles, or hazing. Please note that higher substrate, air, and material temperatures, as well as excessive humidity, may speed up the cure rate of this product; cooler temperatures and lower humidity may slow the cure rate of this product.

Product Mixing

Slow drill mix 4 Parts A with 1 Part B in a clean 5 gallon pail. Mix for 2-3 minutes, or until material is thoroughly blended and homogenous. Avoid creating a vortex, or whipping air into the coating. Do not mix more than can be applied within the usable pot life time frame.
Tint: For a solid, opaque finish, 32 ounces of Armor UTX60 color should be used for each 2.5 gallon UTX60 High Gloss Kit. Before adding in Part B, slow drill mix color into pre-mixed Part A for roughly 2-3 minutes. Once the color has been mixed into Part A, add in Part B and drill mix for 2-3 minutes, or until material is thoroughly blended and homogenous. Multiple coats may be necessary for total opacity. Always test for color acceptance prior to full application.

Non-Slip Additive: For added surface traction, the Armor Non-Slip additive can be added. The ultra-fine, fine, and coarse Armor Non-Slip additives works best in the Armor UTX60. Applying the Ultra-Fine: Slowly drill mix 3-6.5 ounces of non-slip additive per gallon, until completely blended, then apply. For Fine and Coarse: When applying the second coat, add the non-slip additive to the coating using a broadcast spreader, and back roll to encapsulate the non-slip additive.

DuraTrac Additive: For best results, mix the Armor DuraTrac additive directly into the top coat before applying.
Please note, you do not need both the Armor Non-Slip Additve and the DuraTrac Additive. Only one should be applied per application.

Product Application

Apply the mixed material using a 3/8” shed-less nap roller. 18” rollers are recommended to speed up application time and reduce roller marks. Please note that pot life may vary. If the material becomes thick while applying, or starts sticking to the roller , stop applying and discard the mixed material. At this point it has reached the end of the usable pot life. While applying, keep a wet edge to prevent roller marks. It is recommended to work in small sections, usually using control joints as dividers to ensure proper application results. Do not allow to Puddle! If recoating after 24 hours you must wait 5-7 days to allow the coating to cure. Once 5-7 days has passed, a light sanding using an 80 grit screen pad (and a thorough surface cleaning) is required prior to applying an additional coat to ensure adequate coat adhesion.

Blending roller lines: When rolling the UTX60 it is considered a best practice to lift the roller at the end of the stroke so there are no roller lines/stop lines. Applying the UTX60 is very similar to applying paint, be sure to always maintain a wet edge. Work fast, but controlled.

Re-Coating

When applying the second coat, it is important to re-coat within the suggested re-coat windows on page one. The second coat should be applied the same way the first coat was applied. Note that higher substrate, air, and material temperatures, as well as excessive humidity may greatly reduce the acceptable re-coat window of this product. When working in higher temperatures, always re-coat as early in the re-coat window as possible to avoid failure between coats. If re-coating outside of the suggested window, or beyond 24 hours, sand using a 60-120 grit sanding screen to ensure adequate adhesion. Vacuum and clean thoroughly, as was required under Surface Preparation.

Applying UTX60 outside of the suggested parameters may result in application failure. It is always recommended to test the product in a small, inconspicuous area (on the same concrete substrate) for desired results prior to application. Coverage rates may vary for all coatings and substrates depending on porosity, density, texture etc. The applicator is responsible for suitability of application, and the results of the application. We suggest applying to a test area first to verify compatibility, absorption, coverage rate, and project suitability.

First Coat (Applied Directly To Concrete)  – 200-300 ft2/ gallon

Second Coat (Applied Over Existing Coating)  – 250-350 ft2 /gallon

Please note, the above are coverage estimates. Actual coverage rate will depend on several factors including surface porosity, texture, application method, applicator, etc. This is not a high build coating and excessive build up should be avoided. The Armor UTX60 High Gloss kit is a 2.5 gallon kit.

Interior fully cured and properly prepped poured concrete floors.

Common Applications:

• Garage  and shop floors, aircraft hangar floors
• Warehouse and manufacturing plant floors
• Residential floors
• Retail and showroom floors

The Armor UTX60 – High Gloss ships in clear and offers a high gloss finish. Opaque Urethane Color Packs can be added for an opaque, high gloss finish.

The Armor UTX60 – High Gloss can last up to 10+ years. Actual life will depend on several factors including coating application, number of coatings, condition of the concrete floor, surface abrasion, etc.