With energy costs rising on a nearly daily basis, many individuals are searching for ways to better protect their homes and businesses from the effects of heat penetration and heat loss.

Thermal paint utilizes a NASA-developed technology that actually consists of tiny, nearly invisible microspheres constructed of ceramic. This highly developed technology allows the ceramic microspheres to become suspended in the thermal paint. Upon drying, the ceramic microspheres shrink and adhere to the surface, thereby creating a durable surface that reflects heat outward.

For individuals living in warm climates, thermal paint is best used on the exterior walls, ceilings and roof, as it reflects the heat outward, away from the home. For individuals living in colder climates, thermal paint is best used on interior walls and ceilings because it helps keep the warmth in the home, thereby preventing heat loss.

Practical Applications for Thermal Paint

Installing traditional insulation in a home is easier said than done. If the home isn’t insulated adequately when it is built, homeowners must actually tear down walls and ceilings to add insulation. Doing so could be incredibly time consuming and cost prohibitive, and it is sure to cause quite a mess.

Sometimes, in an attempt to insulate, homeowners will open a section of the wall and blow in the insulation. However, this method does not guarantee a uniform or consistent application.

However, many of today’s homeowners realize that there is a practical solution for insulating a home: thermal paint. Thermal paint can either have the thermal properties mixed into it, or it can be sold as an additive, thereby allowing an individual to add it to nearly any paint or coating.

The Environmental Impact of Thermal Paint

Thermal paint, which has long been used in commercial, industrial and military applications, is now widely used on a number of residential and commercial structures. Simple to use, thermal paint is easily rolled onto the surface like any other paint. Once applied and dried, thermal paint provides an environmentally friendly insulation that saves energy costs and creates a more comfortable interior.

When applied to walls, ceilings and roofs of a structure, thermal paint actually creates a barrier that reflects the sun’s rays away from the structure. In other words, the heat that would otherwise penetrate the home is reflected away from the home, thereby keeping the home cooler and allowing the interior of the house to remain cool and comfortable.

Because of the thermal reflective qualities of thermal paint, individuals who use this type of paint can expect lower energy costs and less reliance on fossil fuels to cool and heat the home. For those searching for environmentally sensitive alternatives to heating and cooling costs, thermal paints make good sense.

In addition to structures, thermal paint may be used to coat air conditioning ducts, steam pipes, cold storage facilities like freezers and metal buildings.

Thermal paint, in conclusion, creates a radiant heat barrier that can turn any ordinary structure into a “green” one.

If you want to transform your home into one that is energy efficient and friendly for the environment, then learning about the value of insulating paint should be on your list of things to do.

Insulating paint can do much good when it comes to preventing the expenditure of energy. When painted on an interior or exterior wall, insulating paint can prevent heat from permeating the painted wall and increasing a home’s interior temperature.

In addition, insulating paint and insulating paint additives can create a durable finish with superior wear.

The Secret behind the Ceramic Microspheres

Insulating paint uses ceramic microsphere technology to achieve its amazing heat reflective qualities. Insulating paint contains small, ceramic spheres that are almost invisible to the human eye. These microscopic spheres, when added to paint, are actually suspended, thereby creating an even coat.

Insulating paint is typically thicker than traditional paint, and therefore creates a thicker surface that is resistant to heat, insects, stains and moisture. In fact, insulating paint is often used in bathrooms and other high-moisture areas because of its moisture-prevention qualities.

Ideal for Both Interior and Exterior Applications

Insulating paint can be used for both interior and exterior applications. The durable finish created by an insulating paint means that the painted surface lasts longer and looks better. Any small cracks or imperfections in the wall or on the surface to be painted will be masked with insulating paint, and the thick texture creates a sound barrier that decreases exterior noises. When used in a large room, insulating paint can reduce the echo commonly experience and make the space seem cozier and more peaceful.

Energy Savings

For most consumers, insulating paint is used to save on energy costs. Insulating paint, because it reflects the majority of the ultraviolet rays, keeps a home cooler in the summer, thereby considerably decreasing energy bills. Insulating is best used on exterior walls and ceilings for homes in warmer climates, and interior walls and ceilings for homes in colder climates.

Many consumers also enjoy using insulating paint because of its stain-resistant qualities. Families of small children, for example, will appreciate the ease of cleaning for walls painted with insulating paint. This paint, due to the inert additive, is non-toxic and safe for the environment, thereby also making it a popular choice for families everywhere.

A downside to insulating paint, because of its thick texture, is that it may take longer to dry, and additional coats are often needed to achieve the best results. Most people who use insulating paint find that painting the walls two to three coats provides the most superior paint coverage and insulating properties.

When used with darker paint colors, insulating paint may make the color appear lighter, and it may slightly affect the sheen of gloss paints. Insulating paint is also more expensive than traditional paint, but most users find this extra cost to be worthwhile because of its energy saving qualities. In fact, most people recoup the cost of an insulating paint within the first or year or two, due to lower energy bills.

For individuals looking for the best paint for the ultimate in durability, ceramic paint may be the solution for which they’ve been searching. The many features of ceramic paint make this type of paint or paint additive a smart solution for any type of indoor or outdoor painting job.

Ceramic paint, which can be sold as a paint or a paint additive, consists of a fine pigment that, in many cases, mimics baby powder in its consistency. The ceramic pigments of ceramic paint are dispersed into resin, which allows them to stay suspended and to remain consistent throughout the paint.

Ceramic paint features the tiniest, round particles, thereby allowing the paint to spread easily, whether it is applied with a paint brush or a roller. Simply put, ceramic paint produces a smooth surface that boasts stain-resistant qualities. Ceramic paint can be a flat enamel, eggshell enamel or a high-gloss enamel.

The many benefits of ceramic paint include:

• Ceramic paint is often chosen because it dissipates heat. When the particles of the ceramic paint dry, they form a protective layer that decreases the amount of heat that enters your home. For many people, ceramic paint is the obvious choice for lowering their heating and cooling bills and making the interior of their home more comfortable.
• Ceramic paint is thicker than traditional latex paint, thereby allowing it to fill in any small cracks or imperfections in the wall. In addition, the thickness of the paint reduces the amount of air that can leak into the home through the walls. Older homes, or those with less-than-perfect walls, will truly appreciate the thickness and superior coverage of ceramic paint.
• Because of the superior coverage and thickness of ceramic paint, ceramic paint reduces the amount of sound that enters your home. Small cracks that would otherwise cause sound to enter the home are filled in when ceramic paint is applied to the wall. Outside noise is immediately diminished using ceramic paint, thereby creating a quieter home environment that is free of traffic and other outside noises.
• The highly flexible nature of ceramic paint reduces the likelihood that cracks will emerge on the wall. Unlike traditional latex paints, which tend to crack over time, ceramic paint holds up and creates a smoother layer of paint. For individuals who want their paint to stand the test of time, ceramic paint is the ideal choice.
• Cleaning up ceramic paint is quite easy, as it is cleaned up using simple tap water. Unlike other paints, which require paint thinner and a lot of elbow grease, a ceramic paint spill is an easy clean-up.
• Unlike many flat latex paints, ceramic paint is highly stain resistant. Ceramic paint resists stains, thereby allowing any marks to be easily wiped away. Many people use ceramic paint in areas that receive a lot of abuse or traffic, such as kitchens, bathrooms and main living areas. Because stains do not easily permeate ceramic paint, homeowners often appreciate the long-lasting wear of ceramic paint.

You may have heard about radiant barrier paint and its many benefits. What exactly is radiant barrier paint and what can it do for your energy bills?

What is a radiant barrier?

A radiant barrier is any material designed to reduce summer heat and capture winter heat before it is lost. As such, radiant barriers are used to reduce energy costs. Every type of material used to build a home gives off thermal heat. How much solar heat depends on the material. A radiant barrier is designed to block the solar energy that is absorbed by the material and reflect it back outside, thereby preventing the heat from entering the structure so that it stays cooler in the summer.

Many times, radiant barriers are used in attics to reduce the amount of heat that is trapped in the attic. Traditional insulation, although it works to prevent the heat from entering the home, does nothing to cool the attic.

Radiant barriers are rated according to their thermal performance or “reflectivity.” The rating is a percentage anywhere from 0 to 1.

In short, a radiant barrier is rated for the rate at which it reduces radiant heat transfer facing a large air space. A radiant barrier with a rating of zero, for example, means that there is no radiant heat transfer, while a rating of one means there is a maximum radiant heat transfer.

In other words, when determining the effectiveness of a radiant barrier, the closer to zero it is rated, the better. A number of common materials, such wood and fiberglass insulation, usually have ratings of .8 or greater, meaning there is a high radiant heat transfer rate.

Any product that is defined as a radiant barrier by the ASTM (American Society of Testing and Materials International) must have emittance of .10 or less.

With that said, radiant barrier paint has not been identified by the ASTM, although there are a number of low-emittance paints on the market. Because of this, it is assumed that a paint labeled as a radiant barrier may also be known as a low-emittance paint.

Is radiant barrier paint available to consumers?

Generally speaking, radiant barrier paints are only available to commercial contractors because of their toxic fumes. And anyone installing radiant barrier paint must wear a VOC respirator because of the toxic fumes.

Because of this, radiant barrier paints can be professionally painted at your residence, but it must be done by a professional skilled in using radiant barrier paints.

Ceramic-Based Paints as Radiant Barriers

If you are searching for radiant barrier paint, it pays to consider a paint that features ceramic microspheres. These microspheres are suspended in the paint, thereby providing heat reflective qualities similar to a radiant barrier.

Sold either as an additive or as paint, radiant barrier paint is the ideal product that produces energy saving qualities. When searching for radiant barrier paint, you may find them referred to “insulating paints,” “thermal paints,” “ceramic paints” or “heat reflective paints.”

Many of us realize that a fresh coat of paint to either the interior or exterior of our home can give it an instant facelift. But what if you can also save energy just by painting your home?

Temperature reducing paint additives are being used because of the substantial savings they provide to homeowners on their energy bills. Temperature reducing paint additives block the transfer of heat out of the home when used on interior walls, and block the transfer of heat into the home when used on exterior walls.

Temperature reducing paint additives have long been used in commercial, industrial and military applications (many industrial shipping containers are painted using a temperature reducing paint additive to control the temperature within the container).  However, many homeowners and builders are catching onto this technology and outfitting residential structures with temperature reducing paint additives.

As such, individuals in warm climates typically opt to use temperature reducing paint additives on their exterior walls, while those in colder climates choose them for interior walls and ceilings. Temperature reducing paint additives are also the ideal choice when painting roofs, as they provide a considerable amount of comfort to the home’s interior.

What is a temperature reducing paint additive?

A temperature reducing paint additive features ceramic microspheres, which were originally developed by NASA at the Ames Research Center. These ceramic microspheres, which are almost invisible to the human eye, are non-toxic, chemical resistant, non-combustible and nearly crush-proof.

These ceramic microspheres, when suspended in paint, create a barrier that reflects heat outward and away from the structure. When mixed into paint, a temperate reducing paint additive enhances the thermal resistance of the paint.

How do temperature reducing paint additives mix with paint?

Because a temperature reducing paint additive features inert, non-toxic properties, it can be easily mixed into the user’s paint of choice. Temperature reducing paint additives can also be added to a number of other coatings, as well as drywall finishes and adhesives.

Temperature reducing paint additives may also be mixed with waterproofing and roof coating materials.

The ceramic microspheres, because they are perfectly round, allow the paint to be easily applied to the wall, thereby creating a smooth finish. Once dry, the ceramic microspheres in the paint additive shrink even further to create a durable film that prohibits the penetration of heat.

Are there any other benefits to using a temperature reducing paint additive?

In addition to providing superior heat reflectivity, temperature reducing paint additives improve the fire resistance of any wall and also protect the painted surface from ultraviolet rays, which often cause paint to fade and crack.

Because of the thick layer of protection provided by the application of a temperature reducing paint additive, walls and ceilings become insect resistant. Many people also find that this type of paint additive reduces the echo in a room, thereby making it the ideal paint additive for a large area.

Finally, temperature reducing paint additives also block the penetration of moisture, thereby combating problems like mold and mildew in high-moisture areas, such as bathrooms.