5 Maintenance Tips for Your Garage Door to Last Longer

Prevent scratches to the panels' surface for both aesthetic and practical reasons. • Paint - Prevent peeling paint by chipping away all lifted paint and sanding the door to prepare it for a repainting that will adhere well. Using a quality paint pays off with superior coverage. Exposed wood grain is vulnerable to water. Owners of wooden doors can plan on scraping and repainting every-other year. • - If the lacquer on wood wears too thin, water will seep in. Moisture can make the panels warp, rot, or mold. Prevent any water from penetrating the wood door's finish if possible. Warping and moisture issues are much easier to prevent than reverse. Stains can fade in the sun's UV rays, so a tint touch-up and fresh coat of lacquer keeps a wood-paneled garage door looking sharp! • Powder coating - Similarly, plastic on metal doors serve more than decorative purpose. Powder coating is thick and resistant to scratches but is vulnerable to industrial solvents and household chemicals including an ingredient in sunscreen lotion. Clean the surface gently and use only mild soap or cleaners specifically listed as safe.

The Best Vacuums for Powder Coating

Powder coating is the preferred finishing technique for consumer and industrial goods, thanks to its durability, economy and quality. However, the powder itself may present serious health and safety risks when stored, conveyed and applied to products. Under the right conditions, one such risk is the high possibility of combustible dust explosions. An additional risk associated with improper handling of powder dust includes inhalation of particles by workers. It is crucial to ensure that proper housekeeping procedures are put in place and followed on a regular basis to mitigate these risks. Due to recent NFPA and OSHA guidelines requiring facilities to perform a comprehensive dust hazard analysis and develop a plan to deal with these risks, manufacturers and factory owners now need specialized tools to meet regulations and minimize these hazards. HafcoVac's certified, explosion-proof industrial vacuums present an intrinsically safe solution for powder coating clean up. They offer excellent suction regardless of the dust's location - whether the paint particles are on overhead beams, machinery, walls or floors. In this article, we will learn more about powder coating, the potential risks that come with it and how we can help prevent them with Certified HafcoVac vacuums. Powder coating is one of the most in-demand paint application techniques for manufacturers of industrial and consumer appliances. In fact, the appliance industry acquires the largest share of the powder coating market, amounting to two-fifths of all industrial powder coated parts. The powder coating process involves spraying paint in the form of powder on top of binders and pigments that are sprayed directly onto the surface. In contrast, liquid paint has binders and pigments present in solvent. The inclusion of binders and pigments in liquid paint results in longer drying times, which can also vary depending on atmospheric conditions. Once the powder coating spraying is completed, the item must be baked to a certain temperature for a set amount of time. Called curing, the duration of this process is different for different types of powder. Next, the powder is heated to a high temperature in order for the powder to melt. Once melted, the object is cooled for a hard and durable finish. Several types of materials including plastics, metals, medium-density fiberboard (MDF) and glass can be powder coated. Similarly, many types of textures and finishes that are not possible with liquid coating methods can be achieved with powder paint. Here are some advantages of powder coating: As mentioned, the biggest risks related to powder coating are fire and dust explosions, followed by dust particle inhalation. A dust explosion occurs when there is powder accumulation in different parts of a factory or site. If introduced to a source of ignition, it can result in its rapid combustion. One possible source of ignition is static electricity. This can build up when a vacuum has no grounding to dissipate the static charge generated by the unidirectional flow of the powder debris through the cleaning hose. That's why OSHA and the NFPA 654 standard recommend your vacuum: "control static electricity, including bonding of equipment to ground." The rapid combustion of powder coating dust is known to have caused several fires that have resulted in serious damage to the factory and led to pricey shutdowns. As a matter of fact, in 2016 alone, a total of 22 workers were injured and three casualties were recorded due to fire and dust explosions in the U.S. and Canada, combined. Considering the extent of damage that combustible dust can cause, it is important to use vacuums specially designed to eliminate the risk. Why Vacuums Are Necessary With powder coating, the inclusion of an explosion-proof vacuum that can safeguard both workers and the workplace by reducing the possibility of a dust explosion is an essential part of any housekeeping procedure. As such, it's important to select a vacuum that is durable and reliable and can efficiently draw up powder from different surfaces. One key element of a vacuum is its filtration system; a good model can clean up powder efficiently without exhausting fine dust into the air. Look for one that has a HEPA filter. HEPA filters are 99.8% effective at keeping fine dust particles from entering the air. That results in cleaner air and a cleaner workplace, reducing the explosion risk. HEPA filters are the ideal choice for vacuuming fine dust. Many people opt for standard vacuums or Shop-Vacs to pick up powder without realizing that they have limited filtration capacity and motor quality. As such, they do more harm than good and need to be replaced multiple times a year. Some even produce a static charge that could result in the combustion of the dust. Instead, look for one that is fully grounded and bonded to ensure static charges can not become an ignition source. Benefits of Selecting the Right Vacuum Here are some benefits of selecting a certified, intrinsically safe vacuum: • None Filtration system with HEPA filters that is 99.8% effective at keeping fine dust particles from entering the air. • None Properly grounded and bonded to eliminate the possibility of static shock. • None Virtually eliminates the chance of explosion by trapping combustible dust. Our vacuums perform proficiently in environments where compressed air is available and use of electric equipment is less desirable due to the combustible dust hazard. HafcoVac vacuums are multipurpose and can meet the cleaning needs of multiple types of industries. They are certified explosion-proof and intrinsically safe in order to clean and extract combustible dust, and other dry and wet materials, from industrial facilities without letting particles escape into the air. When fitted with our optional S'Hush exhaust silencer, HafcoVac vacuums are silent enough to be used without ear protection, as required by OSHA noise regulations. And with our optional Jack tool holder, hoses are kept neat and off the ground, removing a potential tripping hazard and helping comply with OSHA walking-working surface regulations. They can be used at the ground level, or they can be used from above in order to clean spraying booths easier. Plus, our high-quality HEPA filters are long-lasting, large capacity, replaceable filters that come with a washable filter bag to further prolong the filter life, so you do not have to replace them as often while still keeping your facility safe. Instead of using 4-5 Shop-Vacs a year, use just one HEPA filter. This vacuum uses compressed air that is already available in your powder coating facility and does not require any external power source. Our vacuums provide five times more suction than a typical Shop-Vac, delivering up to 250 inches of water lift, no matter if you are cleaning from above or on the ground level. Our vacuums are electrically bonded and grounded, ensuring full static dissipation, and have no moving parts to wear out over time, backed by our lifetime warranty. Overall, HafcoVac's compressed air powered vacuums are made for maximum efficiency, using a minimum amount of air to produce the maximum amount of suction power. They are designed to be durable and come with a lifetime warranty from the manufacturer. You can click here to configure our vacuum to your specifications and have it shipped to your door the same day. There's no need to go through a middle man to get the vacuum your facility needs to be OSHA Housekeeping compliant. • None These heavy-duty vacuums are portable and can be used in . They come with two drum sizes: the 30-gallon model is better for smaller jobs while the larger 55-gallon is for bigger cleanups. • None Our vacuums are NRTL tested and ATEX certified and comply with OSHA and NFPA guidelines. Want to learn more about our air-powered vacuums? Let's talk.

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Another option is a product with a finish such as powder coating. This acts in the same general fashion as HDG, by separating the metal from the wood. But while in HDG products the zinc is bonded to the metal by extreme heat, powder coating is applied more conventionally. In this process, the powder coating is sprayed on and electrostatically bonds to the metal. The product then usually cures in an oven. This creates a very durable bond that is much more permanent than conventional paint. Products that are both hot-dipped galvanized and powder coated are some of the most durable products on the market when it comes to standing up to the effects of ACQ treatment in lumber.Visit the places where powder coating ,teflon coating is done Get information about the processThe goal of both Teflon industrial coating and powder coating is basically similar, although the processes used to apply each of them are slightly different. Both coatings are meant to impart some specific property to the item that is being coated. For powder coating, the goal is a protective layer that will keep the item from being damaged, although with Teflon, usually a non-stick surface is the property that is intended to be given to the item it is being applied to. The Powder Coating Process The powder coating that gets applied is just that-a powder. It basically gets sprayed onto the surface and then dries to form a coating. Here's how the powder coating process works: The powder is placed in the feeder unit for the spray gun. Compressed air inside the unit then diffuses it so that it becomes like a liquid even though it is still technically a powder. The gun siphons out the powder by pushing high velocity air and propelling the powder from the feeder to the gun. Most guns can spray powder anywhere from 10 to 25 feet. When the powder leaves the gun, it looks like a cloud that is moving toward the item that is being coded. An electrode on the tip of the spray gun emits a charge that is passed on to the particles of powder when they pass through the tip. That charge causes the powder particles to start looking for something to latch on to and form a protective coating over it. So the powder coating process is very simple. After it has been applied, it is baked onto the item. The entire process is very simple to a regular painting job, except powder coating comes with a great many benefits over ordinary paint. For example, any powder that does not attach to the item can be recycled, and the coating it provides is much thicker than paint. So powder coating is a way to give a smooth, protective coating to something, so what about Teflon coating? The Teflon Industrial Coating Process A Teflon coating has the ability to apply many other properties to the item it is being applied to. Of course Teflon's non-stick properties are probably the most common ones desired, but there are a few other properties, like temperature-related properties, that might be the ones that are actually being sought. But whatever the property that is being sought from Teflon, there are a couple of methods of application: The surface of the item that is being coated with Teflon is sandblasted so that it receives a lot of tiny micro-abrasions. This rougher surface is easier for the non-stick Teflon to grab onto. However, this method has been shown to create a rather weak bond with the item it is being coated onto. This is why some cookware may be more easily scratched than others. A stronger bond can be created by using a resin as a bonding agent to help the Teflon stick onto the item. Both of these two methods focus on overcoming the one property that so many people know Teflon for-it's non-stick property. After all, it is very difficult to get something that does not stick to anything to actually adhere onto an object. But once the Teflon coating is applied, you have a smooth surface that resists water and can stand up to a wide variety of temperatures. It's perfect for numerous applications, both in the consumer and industrial sectors.
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