Thought you should know how Super Therm® performed for us at the Ag Enterprises manufacturing facility. It is very hard to cool various buildings at a factory because of size and volume most buildings have. We started cautiously by applying Super Therm® to the galvanized metal roof of one building to test its results.
We feel very pleased that our indoor working temperature went down an immediate 12° on our lower levels. Our attic storage and overhead work zones on the second story went down 24°. This has allowed us to use simple ceiling fans for our cooling in the summer. The metal surfaces went from 130° to 90°. We are stopping the heat at the source, not trying to exhaust an attic full of hot air. We have since found many other applications and hope to stay in touch with you on their results.
About a year ago, a representative from the State Energy Commission visited one of our monthly meetings and advised us of your products. At that time, we were discussing ways of conserving energy in our neighborhood and seeking funds from his department for that purpose. We painted our first house with Super Therm® shortly thereafter and the results have been very satisfying.
The entire exterior of the house was coated with Super Therm®. After a year, the owner reported energy savings ranging between 10 and 20%. As a result of this success, we’ve decided to use Super Therm® exclusively in our Model Block Programs and are recommending your products to all homeowners in our other neighborhood projects, as well.
We’re painting an additional 9 houses with Super Therm® this year. We expect the results to be equally successful We’ll advise you of those results after a reasonable time period has elapsed. We are very happy with the job Super Therm® has done for us.
President, Chesney Park NIA
This product (Super Therm®) is chemically acceptable as a coating for application to structural surfaces or surfaces where there is a possibility of incidental food contact in official establishments operating under the Federal meat and poultry products inspection program. This letter does not authorize use of the coating on any surface where there is direct or prolonged contact with food. Before food product may be placed in the area where the material is being used, the area should be sufficiently free of odor to prevent product contamination.
As a safety precaution, smooth coatings should not be applied to walking or standing surfaces in processing areas. The final granting of authorization to use coatings on walls at ceilings, or on equipment surfaces below the product zone, is the responsibility of the inspector in charge of the official plant. Before applying the coating to equipment, which will subsequently be installed in an official plant, you must obtain clearance from the Equipment Standards and Review Branch, Meal and Poultry Inspection Technical Services in Washington, DC 20250. The Product Safety Branch upon request will provide technical advice. This letter acts as continuing authorization for as use under the conditions stated above.
Charles R Edwards, Chief
Product Safety Branch, Food Ingredient Assessment Division
United States Department of Agriculture
This year we are going on our 4th year using Super Therm® as a topcoat for our urethane roofs and other types of roofs. Ceramics were a hard concept for me to accept, however, I know now this is a very effective coating and will do everything it is said to do. They do keep the heat and cold out. Super Therm® was not the first ceramic coating we experimented with. We had two other manufacturer’s products prior to finding Superior Products. The other ceramic coatings had major defects. One broke up and came off and the other one had to have a primer coat then a topcoat over the ceramic and I still did not like the company’s product.
Over smooth surfaces, we use only Super Therm®. If the surface is rough then we use Super Base as the base coat at the rate of 1.5 to 2 gallons per 100 square. This helps keep down the price and the Super Base is a very tough coating. We have not had any trouble with either product and in my opinion these are the best coatings on the market.
Rainbow Roofing Systems
Dodge City, KS
Being the owner of a fleet of primer movers pantech and tautliners I have continual problems with heat buildup in the tautliners which are primarily used to cart bananas from Northern New South Wales to Adelaide. Temperatures are frequently around 35° up to 50°C. in midsummer. This heat buildup causes the produce to rot and at times the loss rate could be as great as 15%. Bananas need to be carted at between 10°and 13°C but the tautliners with refrigeration units running constantly would run at a constant 19°C.
Although a little skeptical about any real benefits of Super Therm®, I decided to test the product with the following results:
To anyone considering having Super Therm® applied to their pantech or tautliner, my comments could only be to delay the application is to waste money.
Bob Fountain Transport
In 1989, we here at the Lawrence Travelodge had our pool deck resurfaced with Super Therm® coating. We had to do a lot of repair work on the deck due to the fact that there had been indoor outdoor carpeting on the deck. There was a lot of damage to the concrete beneath the carpet due to the freeze/thaw cycle in our part of the country. We have been very pleased with the way the product was able to adhere to the new concrete work.
We chose this product (Super Therm®) because of the claim that it would stay cool to the feet in the hot weather. We are very satisfied with the results. This product is (also) easy to maintain.
If I were to be asked what my most positive experience with this product was, I would have to say that it would be the cool comfort to bare feet. I never heard a complaint that the surface of the deck was too hot to walk on. The temperature in the summer gets up to 110°and will stay there for days at a time. Our pool is for the enjoyment of our guests and there is not a day in the summer that the pool is not used to its fullest potential.
Bethany Willett, General Manager
Your Super Therm® and SP40 Aqua were applied to the wood paneling of my cabin and effectively stopped condensation and, thereby, the rotting away of the wood. As I told you in person, the cabin also felt warmer after the application of Super Therm®. I suppose it is the result of the reflection of radiant heat.
A shearing shed with the shearer working next to a corrugated iron wall in the afternoon sun. The shearer was working in temperatures of 50°C. and complaining. I coated 100 square feet of the wall with Super Therm® and the iron temperature dropped 11°C. (52°F) instantly. Everyone wanted to know about the cost.
Super Therm® was tinted with 6 ounces of yellow to 5 gallons of Super Therm® to make a light ivory colour. Super Therm® was tinted with 2 ounces of medium green to 1 gallon to make the light green trimming. I used a total of 17 gallons of Super Therm®, 2 1/2 gallons of green and 14 gallons of ivory. Super Therm® was used as glue a couple of times on trim molding and screen frames where the use of nails or screws couldn’t do the repairs.
The house looks clean and very bright and the Super Therm® keeps the house cooler by 7 to 10 degrees. Hooray for Super Therm®! I am very pleased with the results.
Eugene Y.Q. Lung
About two years ago, we had a severe hailstorm and it literally tore my roof off. I had two estimates on it. The roofers were so busy, it was Christmas before they could get to it, but then I wouldn’t let them put my roof on in the cold weather. The roofers said I should call when I got ready. In the meantime, I heard about Super Therm® from Future Vision. The estimate I had on my damaged roof paid for the Super Therm®, so the insurance paid for the product.
My utility bills have been cut in just about half since I have had the Super Therm® on my roof. Last month, my utility bill was $87.00, and this time last year, it was $140.00. The Super Therm® was put on right over my old roof. It was rolled on with a paint roller. I am now in the process of painting my whole house with Super Therm®. When I went into the attic to put in an antenna, the attic was cooler than the house. Also, because my roof is so white from the Super Therm®, the Blue Angels used my house as a focal point when they were putting on the air show in Wichita.
I just want to let you know how pleased we were with J.E.’s recommendation to coat the interior of the concrete wails and the 16 foot ceiling of our 1200 sq ft warehouse facility in Halawa Valley, Aica on Oahu, Hawaii.
It has now been almost 3 years, and the temperature in this warehouse/office/meeting facility to our reps is a steady 65 to 70 degrees, as is required for storing our nutritional supplements.
I am sure you will recall that the overhead garage entrance was replaced with a glass door and side windows. A local air conditioning company estimated that a 7 ton air conditioning unit would be required to cool the space. Instead, we purchased a 3 ½ ton unit, after spray painting the walls and the metal ceiling with Super Therm®.
The “system” is working well. Much of the time we are turning the air conditioning down or off, because it is getting so cool. The air conditioning people are amazed because their method of calculating BTUs needed to cool the area indicated a much bigger unit than the smaller one currently installed. They, too, are convinced the reason is the Super Therm® application.
This is a brief summary of our field-testing results to date with the spray on insulation product Super Therm®. The product was applied July 15,1996 by Wayru Contracting to aluminum dueling in an attempt to reduce the load on the machine room air conditioning unit by limiting the amount of heat gain through the duct wall. The surface temperature of the duct was 170° F.
The ducting was cleaned, primer applied and then approximately 30 mils of the Super Therm® product applied. The surface temperature dropped from 170 to approximately 90° F with the product adhering to the metal surface. In addition, the spray on product also helped seal the ductwork. To date, the reduction in temperature has been consistent with the initial test results and has successfully reduced the load on the air conditioning unit.
On August 6, 1996, Super Therm® was applied to a 150# steam line with a surface temperature of 345° F. Approximately 50 to 60 mils of the product were applied which reduced the surface temperature 105°to 240° F. More testing took place on August 8, 1996, which involved applying 40-65 mils to the 150# steam line. This time the surface temperature was reduced from 408°F to 285-298° F. There was no discolouration of the product noted to date like that found with the Ceramic Cover product previously tested in May 1996.
In summary, I recommend the use of Super Therm® on aluminum ducting to reduce the surface heat of ductwork. Further applications of Super Therm® products will be identified in the future after thorough testing of the different products and only if positive test results are found.
Susan Dyer P Eng
Kamloops Pull, Mill