Make Spaces Easy to Disinfect.

April 22, 2020
Picture of seamless chip flooring.
A Vermont Interstate Rest Area – Picture taken over 15 years after it was installed. Simple to disinfect. Wash with bleach and water as directed by CDC and you are done.

Scores of customer have taken full advantage of our systems to make spaces very easy to disinfect. Some of them have used our seamless systems on their floors, walls and ceilings. These seamless systems have no place for a virus or bacterial to hide. They are using enhanced disinfecting, and doing so without harming our material.

We can show you how to do this to your facility. Here are some of the kinds of places that this has been done. At minimum most do floors and cove.

  • Athletic Facilities
  • Food Manufacturing Facilities
  • Grocery Stores
  • Hospitals
  • Kennels
  • Laboratories
  • Nursing Homes
  • Pharmaceutical Facilities
  • Research Facilities
  • Restaurants
  • Schools
  • Stores
  • Veterinary Facilities

Contact Norm Lambert at Epoxy.com Technical Support for more information 1-352-533-2167, norm@epoxy.com

Epoxy Coating on Food Wagon walls and ceilings.
Walls and Ceilings of a Food Wagon. Installation on walls floors and ceiling makes it easy to completely disinfect.

Mitigation of Concrete Slab Chemical Vapors

January 29, 2020

How do I stop chemicals gas vapors from contaminated soils passing though a concrete slab? This is a question I get frequently from owners and environmental mitigation experts.

Background

Chemical contamination vapors tend to pass though a concrete slab and get into the air above. Stopping the migration of the gas through a slab is frequently a requirement of repurposing a space.

The following steps can be used to mitigate chemical vapors into your space above it. Without the right tools these vapors in the air from contamination under that slab can be quite pervasive.

Each job needs to be evaluated on an individual bases. The tools below make the solution less evasive.

Cracks through the Concrete Slab

The most direct way for soil contamination gasses to get in is through cracks. Cracks are the path of least resistance, so most of your vapors come through cracks in the floor. That is a very easy fix Product #684LV – Methyl Methacrylate Crack Healer and Sealer.

The #684LV has about the viscosity (thickness) of diesel fuel. That makes it easy to gravity feed into small cracks small porous areas of the concrete. It welds the cracks back together with a bond strength that is greater than the tensile strength of the concrete. In other words structurally you have the monolithic structure that the concrete was intended to be.

Expansion Joints

Expansion joints are the also a very direct route for vapors to come in. To seal these joints use Product #632 – Chemical Resistant Joint Filler. This is a highly chemical resistant joint filler. It will not only keep the vapors out. If there is going to be a chemical exposure to the surface there will it will stop the chemicals from attacking your concrete and further contaminating the soils below it.

Sealing the Surface of the Concrete Slab.

The next step is to prime the concrete with Product #12 Chemical Resistant Primer / Sealer.

This is where there is a couple of ways to go. You can apply an additional coat or coats of the #12 or go on to Coating the Concrete Slab below. Our optional translucent Synthetic Anti-Skid Fine may be added to the #12 if it is used in additional coats as a clear sealer.

The Product #12 Primer Sealer can also be mixed with silica sand and used as a patching material for potholes and otherwise damaged concrete if required.

Coating the Concrete Slap 

In many cases you will want to install a coating over the concrete slab.  There are a number of options for doing this but here are a few of the most common ones.  The biggest difference between these coatings is the chemical resistance. Please See Chemical Resistance Chart for a comparison of chemical resistance of the products below. All of these products are 100% solid, zero voc.  All of the coatings in this section are highly durable and resist the abrasion of traffic. 

UV Resistant Top-Coating

For jobs that will see direct sunlight.  It may be desirable to add an ultra violet (UV) Resistant top coating for the systems above.  


Epoxy Mortar Installation

June 19, 2019

Epoxy.com Mortar Systems can be used to make permanent repairs that no other kind of product can make. The purpose of this blog is to give you an overview of what you can use and how to use it.

  1. Product Selection –  The following are a list of Epoxy.com Products that make excellent epoxy mortars  All the products listed below are zero (0) VOC, so it meets even the strictest low VOC requirements, and meets Indoor Environmental Quality/Air Quality (LEED IEQ 4.2 Indoor Emitting Materials Credit). See the individual product component technical data sheets and MSDS for further information.
  2. INSTALLATION:
    • First and foremost is good surface preparation.  Good surface preparation is necessary for most if not all patches to have long term success: www.epoxy.com/surfaceprep.aspx.
    • Prime the bottom of the whole with some of the neat mortar resin. Neat mortar resin is the liquid (A&B) mixed at the proper mix ratio and stirring in a way to insure a completely mixed product.  This will typically take about 3 minutes.
    • Mix some of the neat epoxy into the Epoxy.com Mortar Blend Aggregate #82 or other appropriate dry clean silica sand gradation.
    • The amount of sand aggregate depends on the aggregate used. 
      • Typically, the Epoxy.com Product #82 Mortar aggregate can be added at a rate of 18 to 27 lbs. of #82 per 1.5 Qt of mixed resin (1Quart of A to ½ Quart of B).
      • You will need to recalculate the sand above when using a different sized batch. This is doubly true if using one of or 4:1 mix ratio material.
      • Shallow patches tend to be a smaller amount of sand filler.
      • Deeper patches tend to be on the higher side.
      • If you get a lot of resin to the surface your mix is too wet.  If your mixture after it hardens is porous, or weak then you have added too much aggregate.
      • For a better finish in very deep pours do it in 2 lifts. 
        • Fill all but the last ¼ inch plus or minus with your dryer mix. Allow to cure hard (typically overnight).Fill with a wetter mix on top of that after the first one has cured.
        • To ensure proper adhesion between layers never wait more than 24 hours between layers.
      • It is always better to have your patch slightly higher rather than to low.  If you are slightly high you can grind the patch back to level. If to low you will need to fill again. 
    • For very shallow fills (1/32 or so) where the sand particles are to large you can use any of the following:

As always, when in doubt contact me at Epoxy.com Technical Support with your questions.

norm@epoxy.com
1-352-533-2167


Urethane- High Solids

July 6, 2017

URETHANE COATING/SEALER GLOSS

EPOXY.COM PRODUCT #442


Description

EPOXY.COM PRODUCT #442 is a two component water- based
aliphatic (non-yellowing) polyurethane. Product #442 is free of the
health and environmental problems normally found in solvent-based
urethanes, while maintaining excellent performance properties. Product
#442 is also available in an ESD formulation which must be applied over
a base coat of Epoxy.com Conductive Epoxy.

EPOXY.COM PRODUCT #442 polyurethane provides a gloss finish. Product
#442 has good chemical, stain, and mar resistance. In addition, it’s easy to clean
and has excellent color retention under heavy foot traffic.

EPOXY.COM PRODUCT #442 is a high performance coating
for use in a variety of seamless floor and wall coating systems. Product
#442 eliminates the strong solvent odor normally associated with high
performance materials. It’s ideal for topcoats and finishes that require
high abrasion resistance. Typical application areas are clean rooms,
hospitals, pharmaceutical facilities, stained concrete, wood floors, and
as a seal coat for most Epoxy.com floor and wall
coating systems.

ADVANTAGES

  • Low VOC
  • Low Odor
  • Fast Cure
  • Excellent Adhesion
  • Excellent Abrasion Resistance

CONSIDERATIONS

  • Allow material to rest for 15-20 minutes for viscosity adjustment.
  • Application rate is no less than 250-275 square feet per gallon. Thicker films will
    show bubbling in the cured film.

COMPOSITION

EPOXY.COM PRODUCT #442 is a polyester resin/aliphatic polyisocyanate.

COLOR SELECTION

EPOXY.COM PRODUCT #442 is available in clear and pigmented colors. Gloss finish.
ESD formulation available in clear or pigmented.

APPLICATION

SURFACE PREPARATION

Surface Preparation is the most critical portion of any successful resinous flooring
system application. All substrates must be properly prepared as outlined in Epoxy.com
Surface Preparation Procedures..

MIXING INSTRUCTIONS

  • Mix only that amount of material that can be used in a two hour period. In hot weather,
    plan work for the cooler times of the day.
  • If using less than full units, proportion the amounts carefully and mix for 2-3
    minutes using a low speed drill, scraping the bottom and sides of the mixing vessel.
    DO NOT ADD WATER.

APPLICATION

  • Apply Product #442 polyurethane at a spread rate of 275-300 square feet per gallon
    to achieve 2.0-2.5 mils dry. Thicker application may result in bubbling in the cured
    film.
  • Recoat time is approximately 10 hours at 77°F.
  • Keep a wet edge at all times.
  • Apply Product #442 ESD at a spread rate of 160 square feet per gallon to achieve
    5 mils dry.
  • Use with adequate ventilation.
  • Read material safety data sheet before using.

TECHNICAL DATA

Mixing Ratio  Clear 4 Parts A to 1 Part B by Volume
Solids Content  Clear 43%, by Volume
Volatile Organic Content (VOC) 0.10 pounds/gallon
Pot Life 1 ½  – 2 hrs. @ 77°F, 1 Quart45 minutes @ 95°F, 1 Quart
Viscosity After 15 Minutes @ 77°F 500-600 cps.
Viscosity After 30 Minutes @ 77°F 600 cps.

Wait 15-20 minutes after mixing to start application. Viscosity will decrease with time.

DO NOT ADD WATER.

PERFORMANCE PROPERTIES

Gloss, 60˚ – Clear Gloss Finish
Tabor Abrasion,

1,000 gm. load,

1,000 cycles,

CS-17 Wheel

45 mg. loss
Impact Strength
ASTM-D-2794
Direct 160 in. lbs.

Reverse 160 in. lbs.

DRY TIME @ 77°F, 50% R.H.

Dry to Touch 6 hours
Recoat 10 hours
Light Traffic 16-24 hours
Full Cure 4-5 days

MAINTENANCE

After completing the application of EPOXY.COM PRODUCT #442 Urethane Coating/Sealer, the installer should provide the owner with maintenance instructions.
EPOXY.COM PRODUCT #442 is easily cleaned with neutral soaps or detergents.

More Information

For more information visit http://www.epoxy.com, email me at norm@epoxy.com or contact Epoxy.com Technical Support Department at 352-533-2167


<span>%d</span> bloggers like this: