The industrial coating used to protect the pipes we use every day is not something that most people think about with any frequency. After all, most of us are too busy working and taking care of our loved ones to sit around and have deep thoughts about the pipes that deliver the fuel which powers our vehicles, bring clean water into our homes, and remove dangerous waste and sanitation. However, it’s clear that these are all aspects of modern living that society heavily depends on. Without pipelines moving fluids, many modern conveniences would be impossible, and therefore the protection of these conduits is not to be overlooked. Although many people are aware, few are familiar with the processes and materials used to protect the pipes that make their modern lives possible, such as corrosion resistant industrial coatings.

Among the various types of industrial coatings Houston, corrosion resistant coatings are some of the most common yet crucial. For the ever-important oil and gas industry here in Texas and the rest of the country, treating pipeline to be resistant to corrosion is a fact of life. According to the National Association of Corrosion Engineers, the cost of corrosion in petroleum refining is $3.7 billion in the U.S. annually—that’s a lot of money lost down the pipes due to mostly preventable chemical processes. The chemicals flowing through pipeline, as well as the high flow rate and volume of fluid, contributes to heavy corrosion across the industry. Recent increases in shale gas production have also offered new challenges in protecting pipeline.

There are multiple methods of corrosion prevention used in industrial applications, though its usage varies by the setting, environment, and type of material to be protected. Cathodic protection, commonly used in both onshore and offshore drilling operations, is one method of corrosion prevention which utilizes electromagnetism and chemistry to protect pipe. Corrosion inhibitors are also frequently used in the industry; these chemicals coat the surface of the pipe to form a protective film which then reacts with the corrosion-causing chemicals and interrupt the process. Among industrial coatings Houston, fusion bonded epoxy (FBE) has made significant gains in popularity. FBE is a powder-based coating which uses high temperatures to form interlocking chemical protection that is highly effective in protecting pipe and has seen increasingly widespread adoption as a protection method.

Structural steel is a versatile product, and its cost-effectiveness makes it the go-to metal across many industries. Due to its strength and relative lightness, structural steel is consistently used in the construction of buildings, warehouses, hangars, stadiums, and bridges. From elongated beams to large cross-member I-beam supports, structural steel is manufactured in a large variety of shapes, sizes, and gauge strengths. Unfortunately, all structural steel has the same weakness – rust.

In order to provide the best structural steel corrosion protection in Houston, it is important to analyze the exposure and corrosion risk the steel will be subject to. A structural steel bridge over brackish or saltwater bodies of water will face a higher corrosion risk than an internal beam for a residential apartment building. Furthermore, steel fabricated for oilfield equipment will be exposed to corrosive chemical attack and impacts that a commercial awning will not see.

As protective coatings are the first line of defense against corrosion, different industries may require different surface preparation methods, coating systems, and application methods to match the end-use specification. Houston Powder Coaters, in particular, offers several industrial grade coating systems that will protect the steel from intense UV exposure, high impact, or concentrated brine conditions that may assault the coatings. From harsh coastal environments to temperate internal conditions, structural steel corrosion protection in Houston is imperative not only to elongate its functional life, but also to retain its cosmetic appeal.

Used across a variety of industrial and commercial applications, steel is one of the most common construction materials used in the world today. As one might expect, its integrity is of the utmost importance when the metal is part of an erected assembly that cannot be “undone.”  Whether the steel is for bridges, light towers, or even the fire suppression systems integrated in every building, corrosion protection is paramount to ensure the longevity, dependability, and integrity of the metal substrate. Although there are multiple types of corrosion protection in the industry, one that sets itself apart is a duplex system of Powder Coating over Hot-Dipped Galvanized Steel. This double system of coatings ensures an impact-resistant, chemical-resistant, and corrosion-resistant formula that looks good as well.

Developed as a method for preventing corrosive agents from reaching the base metal, galvanizing is the process of dipping steel in a bath of molten zinc. Originated in 1742, galvanization has evolved over hundreds of years resulting in better application, adherence, and longevity standards.

Powder Coating over Hot-Dipped Galvanized Steel is the second phase of this resilient duplex system. Unlike its traditional wet-paint counterpart, powder coating takes advantage of its electrochemical bonds to sink deeper into the anchor profiles thereby creating a hardened shell. Hot-dip galvanizing provides the basic cathodic and barrier protection underneath while the powder coating handles the chemical, impact, and corrosive resistance on top.

Fusion-bonded epoxies, oftentimes referred to as “FBE”, are a category of functional powder coatings that offer enhanced corrosion protection for underground & subsea pipelines, valves, and fittings. These thermosetting epoxy powders have a long history of improving operational efficiencies by preserving flowlines & production pipe from aggressive environments and chemical attack.

Pipeclad® is one of the leading product lines within this FBE segment. Previously owned by Valspar, but recently acquired by Sherwin Williams (in 2017), the Pipeclad® FBE line goes by many names – Sherwin Williams Pipeclad®, Valspar Pipeclad®, and Sherwin Williams Valspar Pipeclad®. No matter what it is referred to, Pipeclad’s full inventory of protective and marine coating FBE’s can protect the internal and external pipelines from a host of chemical attack, physical abrasion, and temperature fluctuations.

Moreover, Sherwin Williams Valspar Pipeclad® FBE Applications by Houston Powder Coaters provide exceptional corrosion resistance and layers with other Sherwin Williams coatings for the added benefits of superior adhesion and cathodic disbondment resistance. As these coatings work well with different pipe diameters, wall thicknesses, and application conditions, Houston Powder Coaters can coat the internals and externals of DRL, SRL, or pups spools ranging from 1” to 72” ID without an issue. 

Within the many technological advances that have been brought on by the oil and gas industry, industrial coatings and their related processes are unsung heroes. The transportation of hydrocarbons through pipes is an integral and necessary mean of delivering the energy that fuels our nation, and the importance of protective coatings on and in these pipes cannot be overstated. Fusion bonded epoxy coatings have grown in popularity as an effective protectant against corrosion and other destructive forces since their introduction in the 1960s.  Two popular products that are frequently used in the interior coating of these oilfield pipes are Resicoat® Corvel 1-6051 Green (HKH12QF) fusion bonded epoxy and Resicoat® 596301 primer.  These coatings are also commonly known and referred to as Corvel® ECA-1660 and Corvel® EP-10.

With regards to fusion bonded epoxy coatings, a substrate is protected from destructive forces by the application of special melt-mixed solid polymers that are more advanced and protective than typical paint. The epoxy is a dry powder which is applied electrostatically to a substrate’s surface (such as the internals of steel pipes that will be transporting hydrocarbons). At normal temperatures, the powder remains in dry form.  But once applied to a preheated pipe, the powder “flows” to a liquid form, thereby cross-linking with the metal and the resin primer. This pattern creates a durable and longer-lasting protective barrier compared to other industrial coatings.

CorvelCorvel® ECA-1660, originally manufactured by Rohm and Haas and now currently owned by Akzo Nobel, is one such fusion bonded epoxy coating. This product is a melt-mixed epoxy thermoset coating (meaning that once it’s cured, it remains in that state forever) which is rated for use in elevated temperatures and pressures. Given that higher temperatures and pressures are common in the piping environments of the oil and gas industry, this product sees wide use across multiple disciplines.  Corvel® ECA-1660 is designed to be used in tandem with Corvel® EP-10, a liquid coating primer. The combination of the Corvel® EP-10® EP-10 primer and Corvel® ECA-1660 offers great uniformed adhesion of the epoxy to the surface as well as increased resistance to H₂S, CO₂, CH₄, and other petroleum distillates.  As such, this 2-part system is regularly used to coat drill pipe, production tubing, and associated fittings.

“Anything metal” is a nice way of describing what can be powder coated. With that being said, we still get the question, “so can you powder coat aluminum?” Absolutely! What people often forget is how much we are surrounded by aluminum structures in our daily lives. Take for example the retail shops and restaurants that we frequent. The stress-bearing load of the building is made of cement, wood, brick, and steel.  However, the non-structural elements that keep out the weather, shield patrons from the sun & rain, and allow from easy handling are often made of aluminum. As seen in the photo, this may include the awnings, handrails, window & door storefront curtain walls, gutters, rain spouts, and even the outdoor dining chairs & tables.

Powder coating aluminum offers a highly protective yet aesthetically pleasing metal finishing for a cost-effective building material. Normal wet paint applications will start to fade within a year as opposed to powder coating which holds its gloss level for upwards of 10 years. Not to mention, with a sound anchor pattern created by abrasive blasting techniques, these top-level coatings with contend with heavy traffic and use. In fact, powder coating aluminum is more durable, more chip-resistant, and much more environmentally friendly than its wet coating counterpart.

AAMA, the American Architectural Manufacturers Association, even has a performance standard for the durability and gloss retention of powders up to 10 years. These polyester formulations are suitable for residential and commercial applications as seen on internal and external features. Architects, building owners, and developers should understand what parameters are required for optimal powder performance. If in doubt, please call the experts at Houston Powder Coaters to further explain the processes in its entirety.

Negligible VOCs

When it comes to environmentally friendly coatings, powder coating is at the top of the list.  The largest difference between powder and industrial wet paint is the presence of volatile organic compounds (or VOCs for short).  VOCs, like one found in wet paint applications, are harmful to the environment as they dry and as they age.  Furthermore, they can create health problems for people who are exposed to them on a repetitive basis. Eco-friendly coatings such as powder and FBE coatings do not require an extensive exhaust system to the outdoors like their wet paint counterparts and are generally considered non-toxic and breathable. The application of powder coatings produces negligible VOCs and does not contribute to air pollution.

Less Hazardous Waste

In addition to offering good physical and chemical resistance and protection for underground and subsea pipeline service, certain Fusion Bonded Epoxies (FBE), like IFS ERSS 62900 Multi-Purpose Red-61, are also NSF/ANSI 61 Certified. That means that this extremely durable internal coating can also be used for pipe carrying potable/drinking water.

In case you weren’t already aware, NSF International, formerly known as the National Sanitation Foundation, is an independent non-government accredited organization. Although it plays a part in food safety, NSF is usually associated with the standards regarding direct and indirect drinking water additives. Likewise, ANSI, the American National Standards Institute, is a private, non-governmental organization that oversees consensus standards in the United States. 

Both agencies are intertwined so much so that NSF certifications are frequently labeled as NSF/ANSI. As a result, the NSF/ANSI 61 “Drinking Water System” Standard covers the material safety of pipe and pipe related products to ensure that contaminants are not leaching into drinking/potable water.

There are various protective metal coatings in Houston available for industrial, commercial, and architectural applications. We offer two main options at Houston Powder Coaters.

The powder coating industry makes up around 15% of the market for protective metal coatings in Houston. It was first introduced in the 1960s in North America, and over the decades has become the go-to protective finish for many different industries whose needs are vast.  Powder coatings require no solvents like liquid paints and coatings, so they emit almost no volatile organic compounds, or VOCs for short.  Without a liquid solvent the powder coating can be applied more thickly as it is not susceptible to sags like its liquid counterparts. With their low environmental impact, myriad of colors, and near infinite catalog of uses, protective metal coatings in Houston are in high demand.

Fusion-bonded epoxy coating, or FBE coating for short, is a type of protective metal coating typically used to protect steel pipes used in pipeline construction, rebar, valves, and more from corrosion. On the interior of the pipes, a phenolic primer is used as an anti-corrosive basecoat that is resistant to oxygenated atmospheres but also carbon dioxide, hydrogen sulfide, methane, brine, and petroleum distillates.  After the primer comes the FBE, and with that the interior is done. On the exterior, the phenolic primer step is skipped, instead FBE is applied and then a fusion-bonded polyester finishes the exterior for a superior protective metal coating.

The process of powder coating lends a durable, long-lasting, and environmentally-friendly protection to steel surfaces. In addition to its practicality, this coating is also aesthetically pleasing due to multiple coating passes and flow technology which result in an even, bump-free finish. Importantly, the color of the actual coating is versatile as well, with a good variety of standard colors available according to the RAL powder coating color charts and the associated standards, as well as custom or non-standard formulations to match hard-to-reproduce colors.

In many cases, protective coatings must match a very specific existing color. This may be due to the necessity of matching pre-existing surfaces, strict brand standards, or cases where color is used to communicate safety information in a hazardous environment. In many circumstances, the standard RAL powder coating color charts are sufficient for matching desired colors. Developed in Germany in 1927, the RAL color standard defines over 2,300 colors for use in powder coating applications. Such a standard is useful for both powder coating shops and customers of powder coating services because accurate reproduction is important—every application using a specific color should be indistinguishable. If a specific color is used for one job, it should be consistent with another job down the road using the same specification.

In addition to the colors specified by the RAL standard, many powder coating shops can formulate custom colors. This process, albeit timely, may be important for hard-to-match and non-standard colors due to previous jobs using unconventional colors, or the necessity of exact color matching for branding purposes.

In the pursuit of bringing hydrocarbons to market, there are many obstacles, both natural and man-made. Some of these difficulties can be circumvented, but others, like corrosion, are unavoidable. As much as oil and gas production companies would love to dodge this process altogether, it’s a natural part of chemistry and physics, and it’s not going anywhere any time soon. Over the decades, many technologies have been created to resist or prevent corrosion-damage to pipelines. These pipelines are essential to the delivery of hydrocarbons, but are susceptible to corrosion damage from the heat, moisture, and abrasives that are often present in these working conditions. One such technology used in the battle against corrosion is fusion bonded epoxy coatings (FBE).

FBE coatings are supplied by multiple manufacturers. Axalta is a leading provider of protective coatings throughout North America, offering an array of high-tech FBE options. Axalta Nap-Gard® 7-2500 Fusion Bonded Epoxy is one such coating, designed to provide corrosion protection in the demanding oil and gas production environment. In addition, Nap-Gard® 7-2500 is used in transporting wastewater and saltwater, each of which present their own challenges that must be addressed.

Nap-Gard® 7-2500 is designed to provide protection for both internal and external surfaces of pipeline. The protection of both surfaces is important: internal surfaces are exposed to chemically-active hydrocarbons, while outside surfaces can be exposed to high heat, high pressures, and abrasives such as salt. The 7-2500 specification is formulated to withstand high temperatures of 107°C (225°F)—vital heat protection in the unforgiving oil and gas production environment. In addition to providing this protection for oil and gas applications, the product complies with NSF-61 specification, meaning that it’s approved for transporting potable water.

The warm summer months have arrived—or, if you’re in Houston, you may have already been experiencing summer weather for weeks now. In the days ahead, many of us will spend time outside with family and friends. Whether that time includes a dip in the swimming pool or just conversations on the deck, outdoor patio furniture is used in many outdoor gatherings in Houston. These pieces can provide a convenient place to relax and can also add decorative flavor to an outdoor space.

Of course, outdoor patio furniture is also constantly exposed to the elements, which can damage the finish over time. The climate in Houston can be especially unforgiving—the humidity and sun damage can leave patio furniture in desperate need of attention, whether it’s a family piece handed down through the generations or a newer one purchased at the specialty patio store. Outdoor patio furniture restoration in Houston can alleviate the damaging effects of the weather, and keep furniture looking new and inviting.

Though powder coating in Houston is prominently used in industrial and commercial settings, the processes and techniques also provide for superior coating protection in a job as small as the refinishing of deck chairs. The powder coating process utilizes strict surface preparation standards in which industrial equipment is used to remove rust and dirt from the piece, as well as any previous coatings such as paint. These surface preparation techniques, including abrasive blasting, burn-off, or hand-etching, produce a cleaner surface than any DIY job could ever attain. Anchor profiles are also created through these processes, which provides for better adherence when the powder coating is applied.

High performance protection in the world of powder coating is normally associated with engineered formulations that repel caustic environmental conditions. However, it can also simply relate to the incorporation of silver ions into the powder to inhibit the growth and spread of mildew and microbes.

The term “anti-microbial” has everyday connotations related to cleaning agents like Clorox or Lysol. After all, this billion-dollar industry has been successful in having us wipe down our counters on a daily basis. However, what if the surface itself was actively disinfecting itself.  Instead of using a sanitizing alcohol wipe, the surface itself was self-cleaning. Anti-microbial powder coatings use the environmentally responsible naturally occurring element of silver (which has been shown to offer protection against microbes without toxic reactions to humans and animals).

In the healthcare industry, anti-microbial powder coatings are crucial to the health and wellness of a facility and its patients. Medical trolleys and equipment, hospital beds, door push plates, handicap rails, and stair railings can all be powder coated to prevent the spread of hospital infections such as MRSA and E. Coli. With anti-microbial powder coatings, the growth of infectious microbes is inhibited and not allowed to spread. In fact, several of these anti-microbial powder coatings pass ISO22196 and JIS Z 2801 testing standards for efficacy.

Powder coating in Houston isn’t just important for the protection of pipelines in the oil and gas industry—it has applications in many other industries. In the economic powerhouse of Houston, powder coating is also used in residential and commercial construction. From the fencing and awnings that protect our homes to the railings, banisters, gates, and light poles that provide accessibility to commercial spaces, powder coating protects a variety of surfaces in Houston’s hot and humid climate.

The advanced electrostatic application process used in powder coating provides an especially resilient and durable surface, but it’s also aesthetically pleasing. Powder coat colors are readily available in a wide variety of on-hand stock, and if stock colors don’t provide an exact match, coat colors can also be specially formulated to match a specific need.

The powder coating in Houston process adheres to strict preparation and quality standards no matter the surface or application. Architectural finishes, like those that would commonly be used in residential or commercial spaces, must follow the American Architectural Manufacturers Association (AAMA) standards. The AAMA provides offers three specifications for the performance that a coating is expected to achieve:

Industrial powder coating in Texas may not be a flashy subject, but the technology and specialized services associated with it are paramount to providing high level protection to industrial parts and projects.  Businesses looking to safeguard their physical assets invest in powder coating as a form of elongating parts’ operational lifecycles.  Furthermore, it is important to recognize that all coating applicators are not the same.  An experienced and capable powder coating shop should be large enough to handle all elements of the process in-house.  This will not only maximize efficiencies but also result in faster turnarounds.

Texas is home to many different industries, with agriculture, manufacturing, and oil and gas being among the largest and most important to the local economies. In heavy industries, such as oil and gas, the protection of metal surfaces is a critical aspect that requires close attention. Drilling fluid, hydrocarbons, CO₂, CH₄, and other contaminants are harsh on metal surfaces such as the extensive piping that services the upstream and downstream segments. This where industrial powder coating in Texas reveals its importance.

Powder coating as a process is different from other types of protective and anti-corrosive coatings, such as simple paint. Industrial powder coating in Texas involves the use of an electrostatic gun that applies a dry powder to the surface needing protection. The coating is cured under heat to produce a tough finish that exceeds in protecting the metal substrate.  For internal protection, the recent development of the triple-application fusion bonded epoxy (FBE) system provides especially resilient and durable protection for the many miles of piping that transport petroleum products.

So you bought a high-quality outdoor furniture set years ago, and it’s now looking a bit weathered.  A couple of the slings are worn and sagging. One of swivel chairs isn’t turning so well. And the paint is now coming off in flakes. Do you toss it to the curb and buy new?  ABSOLUTELY NOT. 

Whether you have Brown Jordan, Woodard, Tropitone, Winston, or Homecrest Patio Furniture, Houston Powder Coaters (HPC) can refurbish and refinish your outdoor patio furniture in Houston, TX to make it look brand new.  In fact, Houston Powder Coaters is very experienced with and an accredited warranty repair center for many high-end brands:

OW Lee, Suncoast, Mallin, Oxford Garden, Telescope Casual, Oakland Living, Agio, Hanover Outdoor, Meadowcraft, Summer Classics, Brown Jordan, Woodard, Tropitone, Homecrest, Winston, Alfresco Home, Hampton Bay, Style Selections, Sunjoy, Foremost Casual, Leisure Made, Allen & Roth, Darlee Outdoor Living, Carter Grandle, and Hanamint to name a few.

Bare metal components on the exterior of a home are going to rust – there are no two ways about it. Exposure to oxygen, humidity, and rain will begin the corrosion process, which will only get worse as time wears on. Sunlight (and its harsh UV rays) also breaks down traditional coatings and allows fluctuating seasonal temperatures to weaken joints and attack critical areas. These environmental elements seem to be constantly conspiring to ruin metal structures on the exterior of a home. Thus, protective coatings are a must for your outdoor gates, fence panels, and banisters. Protective (functional) coatings will also reduce maintenance costs over time and increase the value of your home.

The most basic type of coating—the simple paint job—provides some protection but leaves a lot to be desired. Average consumer-grade paint, when applied by a non-professional, is susceptible to uneven finishes, chipping, and cracking that can quickly jumpstart the corrosion process. Furthermore, a couple coats of paint will not build up enough “mils” to protect these pieces over time. Even a commercial grade paint will lose its gloss level over a year or two due to its lack of clearcoat resins.

Powder coating gates, fence panels, and banisters has increased in popularity over the years due to its higher level of protection and elegant look. Compared to traditional wet paint applications, the benefits of powder coating gates, fence panels, and banisters are exponentially greater.

The process of powder coating for industrial, commercial, and even household uses underwent many changes after its inception in the 1940s and 1950s.  Initially, organic polymers or macromolecules were flame sprayed. This process uses high heat to transform the macromolecules into a semi-molten state as it is sprayed directly onto the substrate’s surface. In the 1960s and 1970s, a desire for environmentally friendly coating processes and new application techniques renewed interest in powder coating that resulted in massive growth for the industry. The lack of volatile organic compounds (VOCs) in the powder coating industry offers a level of environmental and worker safety unseen in liquid coatings. 

Houston is a unique city in that it is home to a myriad of industries that rely on powder coating: petroleum & natural gas, manufacturing, construction, to name a few. However, due to the booming population of Houston and the surrounding areas like River Oaks, West University Place, Memorial, and Sugar Land, powder coating shops need to be diverse enough to cater to these large industrial segments as well as to individuals for smaller one-off projects, like patio furniture and driveway gates.

This wide spectrum of services is accomplished by offering an all-inclusive, full turnkey operation that will make the ‘whole powder coating process’ easier and less expensive (as all the work will be done in-house). Offering “extra services” like media blasting, welding repair, custom packaging, as well as the recovering and re-slinging of patio chairs, ottomans, benches, and chaise lounges allows for a single company to manage the entire process from start to finish. This translates to a much higher level of accountability through internal production reports and daily process updates. With multiple large over-sized ovens, in-house media blasting, and close relationships with over a dozen powder manufacturers in North America, Houston Powder Coaters has developed a process that avoids hiccups and ensures quick and reliable service. In fact, Houston Powder Coaters offers pick-up and delivery of residential powder coating in Houston and the surrounding areas like River Oaks, West University Place, Memorial, and Sugar Land.  Now, that is what you call full turnkey.

Sand blasting is a general term used by those inexperienced with surface preparation to encompass all methods of blast cleaning.  However, the more appropriate phrase should be ‘abrasive media blasting’ as not all methods use sand. In fact, sand is one of the worst medias to blast with and is dangerous to the health of those who use it. During the blasting process, the speed and intensity of the sand’s impact on the metal will cause its particles to break down into a fine silica dust which can infiltrate workers’ lungs (causing health problems such as silicosis and kidney damage). 

Houston Powder Coaters uses steel grit for its abrasive media blasting in Houston, as it does not break down the way other blast media does. Blasting with steel grit is much safer for the environment and the workers that use it. In fact, steel grit is the safest method of abrasive blasting when compared to sand, coal slag, or nickel slag. It is important to mention again that Houston Powder Coaters does not, will not, and has never used sand for any of its blast medias.

Documented in hundreds of articles, powder coating is well known for its environmental friendliness. As steel grit’s reusability means less waste and higher levels of recyclability, this blasting media coincides nicely with the ecological responsibility that the rest of the powder application process employs. While steel grit may cost more upfront than other methods of abrasive media blasting in Houston, TX, the true cost is far less than sand or slag. Sand and slag are single-use medias and must be continually replaced. This translates to additional trucking delivery and removal as well as increased man-hours moving new inventories into place. On the other hand, steel grit can be recycled, filtered, and reused time and time again. Steel grit purchases are significantly less often which eliminates the constant replacement of inventories.

Powder coating has become a huge industry in the few decades since its inception. Used by oil and gas companies, commercial real estate, city sewage systems, and private residents, the needs for powder coating in Houston are vast. Powder coating was invented as a solution to the many problems the liquid finishing industry encountered. From the wet coatings not lasting long enough, harmful release of volatile organic compounds from the liquid solvents, and the high costs of safety and pollution control, liquid coatings have become more problematic in today’s society.

European companies in the 1940s were under pressure to find more environmentally friendly alternatives to liquid finishes, as utilizing flame spraying to melt the coatings onto the metal was immensely dangerous. It was in the 1940s that Dr. Erwin Gemmer came up with a method to fluidize the bed application for thermostatic resins on metal as an alternative to the flame spraying method. This “new” method of powder coating could be applied to new or used parts that were properly cleaned, coated, and then put in a powder coating oven for 2-4 hours. The next 4 decades saw many improvements to Dr. Gemmer’s method and by the 1980’s powder coating in Houston exploded as it was environmentally friendly, produced little waste, and was cost efficient. These days, powder coated items can be cured in as little as 10 minutes (depending on the thickness of the metal), making powder coating pipes, furniture, and other items more efficient than ever.

As stated in many articles before, Houston Powder Coaters abrasively blasts a significant amount of its projects due to its deepest anchor-profiling results. This type of “surface preparation” in addition to the fusion- bonded (heat) interlacing properties of the powder produces the highest-level adhesion. This means that the powder coating in Houston has achieved the highest level of durability with the smallest environmental footprint.