Electrostatic painting was first patented in the U.S. by Harold Ransburg in the late 1940s. Harold Ransburg founded Ransburg Electrostatic Equipment and discovered that electrostatic spray painting was an immediate success as manufacturers quickly perceived the substantial materials savings that could be achieved. In electrostatic spray painting or powder coating, the atomized particles are made to be electrically charged, thereby repelling each other and spreading themselves evenly as they exit the spray nozzle. The object being painted is charged oppositely or grounded. The paint is then attracted to the object giving a more even coat than wet spray painting, and also greatly increasing the percentage of paint that sticks to the object. This method also means that paint covers hard to reach areas. The whole may then be baked to properly attach the paint: the powder turns into a type of plastic. Car body panels and bike frames are two examples where electrostatic spray painting is often used. Coating Services
Warm spraying is a novel modification of high velocity oxy-fuel spraying, in which the temperature of combustion gas is lowered by mixing nitrogen with the combustion gas, thus bringing the process closer to the cold spraying. The resulting gas contains much water vapor, unreacted hydrocarbons and oxygen, and thus is dirtier than the cold spraying. However, the coating efficiency is higher. On the other hand, lower temperatures of warm spraying reduce melting and chemical reactions of the feed powder, as compared to HVOF. These advantages are especially important for such coating materials as Ti, plastics, and metallic glasses, which rapidly oxidize or deteriorate at high temperatures.[1]
Krylon offers easy-to-use, quality products to help you tackle just about every project, indoors and out. Renew an old grill with Krylon High Heat Max, reinvent your home with our decorative paints or touch up scuffs with Krylon Automotive spray paint. Pros also trust Krylon to get the job done with high-durability enamels and more. Whatever the task, Krylon has a solution.

Electrostatic painting was first patented in the U.S. by Harold Ransburg in the late 1940s. Harold Ransburg founded Ransburg Electrostatic Equipment and discovered that electrostatic spray painting was an immediate success as manufacturers quickly perceived the substantial materials savings that could be achieved. In electrostatic spray painting or powder coating, the atomized particles are made to be electrically charged, thereby repelling each other and spreading themselves evenly as they exit the spray nozzle. The object being painted is charged oppositely or grounded. The paint is then attracted to the object giving a more even coat than wet spray painting, and also greatly increasing the percentage of paint that sticks to the object. This method also means that paint covers hard to reach areas. The whole may then be baked to properly attach the paint: the powder turns into a type of plastic. Car body panels and bike frames are two examples where electrostatic spray painting is often used. Coating Services


Most spray paint is classified by how it’s used, but almost all formulations feature an array of vibrant colors and fitting finishes to give your project the best finishing touch. General purpose spray paint and decorative spray paint can be used on a wide array of materials (both indoors and out), features unique textures and finishes like metallic, high gloss, crackle and stone. Rust-preventative spray paints, like Rust-oleum, are generally used on outdoor items to help prevent fading, cracking, corrosion and rust accumulation. Professional spray paints are designed for industrial use, provide continuous rust and corrosion protections and tend to dry to the touch in 15 minutes or less. Other industrial spray paints include striping spray paints used on blacktop for roads, grass for lining sports fields and other surfaces like concrete and soil to indicate utility lines. Other special use paints include automotive spray paint, high heat spray paint and special effects like frosted spray paint and glow-in-the-dark spray paint. Most formulations include a primer, but several brands also offer standalone spray primer.
once the foam is installed correctly, it is a inert plastic not much different than the foam cushions you sit on. there is not a health rick unless you have off ratio uncured foam that has not mixed properly. the foam is absolutely a health risk in its raw forms before it is mixed and cured. You should not be in the building without proper respirators and eye protection. The spray foam industry should be controlled and regulated by the same standards, testing and inspections that framing ,electrical and plumbing are. until that happens then you will have idiots with spray rigs ruining peoples homes and ruining the market for honest foam contractors that know how to price a job fairly and complete it correctly.
Hydraulic and air-powered airless pumps have linear motors that require a hydraulic pump or an air compressor, which can be electric or gasoline powered, although an air compressor is usually diesel powered for mobile use or electric for fixed installations. Some airless units have the hydraulic pump and its motor, built onto the same chassis as the paint pump.
Spray foam insulation is becoming increasingly popular and replacing many traditional forms of insulation, such as fiberglass. When using a spray foam insulation, it is important to take the proper steps to ensure that it is flame resistant. While building code is frequently ambiguous, poorly worded, and poorly enforced, a builder should always take the proper safety precautions with spray foam insulation. Spray foam insulation typically needs either a thermal barrier or ignition barrier in order to satisfy building code requirements.

Ever wonder why it's so hot and wet inside a metal building that has spray foam insulation, in the summer and so cold and wet in winter? The metal skin magnifies the heat of the summer and frigid temperatures of the winter. Metal is a very good conductor of heat and cold. In hot weather, metal framing and sheeting rapidly radiate the sun's heat into a building. In cold weather it rapidly releases the heat out of your building. When warm air comes in contact with the cool metal sheet, condensation occurs. 
I applied CMX on my wife's car and my car and had odd results. See pic. I ended up with little white beads that formed when I sprayed CMX on car, wiped it to a haze, but not completely off. After about 2 minutes I then began to wipe CMX until the haze was gone. However, oddly, after letting the product dry (but not yet wiping completely off) it began to form white little beads (possibly residual). What a pain as these beads landed in all the window crevices, etc. It's like when you have a bad wax that leaves dust. I had to use a can of compressed air to wipe the bead out of the crevices. I was thinking that allowing it to haze would allow CMX to bond to the paint better. After getting the beads cleaned up I tested again and spray CMX on, then wiped completely dry. No beads.
Thermal barriers come in the form of 1/2-inch gypsum drywall or any material that is proven to have an equal fire resistance to gypsum wallboard. Additionally, alternate assemblies can be used if they have been tested in a laboratory and approved. Ignition barriers are a lower standard to meet, and can be satisfied with a number of different materials. Like thermal barriers, they can be substituted with equivalent fire resistant materials and alternate assemblies, such as an intumescent coating. Coating Services
You are driven and seize every opportunity to make a difference. At PPG Coatings Services, we are always seeking people who are committed to working hard and delivering world-class customer satisfaction. We understand that customer success means personal success, and provide career opportunities that help motivated people achieve their goals. Ready to learn more? Call 866-806-4018. Insulation Spray Coating

This technique is mostly used to produce coatings on structural materials. Such coatings provide protection against high temperatures (for example thermal barrier coatings for exhaust heat management), corrosion, erosion, wear; they can also change the appearance, electrical or tribological properties of the surface, replace worn material, etc. When sprayed on substrates of various shapes and removed, free-standing parts in the form of plates, tubes, shells, etc. can be produced. It can also be used for powder processing (spheroidization, homogenization, modification of chemistry, etc.). In this case, the substrate for deposition is absent and the particles solidify during flight or in a controlled environment (e.g., water). This technique with variation may also be used to create porous structures, suitable for bone ingrowth, as a coating for medical implants. A polymer dispersion aerosol can be injected into the plasma discharge in order to create a grafting of this polymer on to a substrate surface.[3] This application is mainly used to modify the surface chemistry of polymers. Spray Coating
×