All About Pneumatic Nailers

All About Pneumatic Nailers

Air-powered nail guns offer many advantages that the hammer-and-nail approach, no matter how honorable, can’t hope to match.
    What Counts:
    ? Type of fastener
    ? Maximum and minimum length of the fastener
    ? Ease of clearing nail jams
    ? Easy-to-use depth adjustment for fasteners
    ? Exhaust ports that direct air away from the user
    ? Ease of loading fasteners
    Pneumatic Air Nailers are not only much faster than doing the work by hand, but nailers also are more accurate and do less damage to delicate molding and trim. Cordless models offer the same advantages without the air hose.
    A size for every task
    Coil Nailers are made to handle almost every conceivable fastener, from tiny headless pins that leave virtually no trace to powerful framing guns that sink 16d nails as quickly as you can pull the trigger. The versatility and range of sizes has endeared nailers to everyone from roofers and framers to trim carpenters and cabinetmakers.
    In a cabinet shop, the most useful nailers include Finish Nailers, Brad Nailers, pin nailers and narrow-crown staplers. Finish nailers, the heaviest of the lot, use 15- or 16-gauge nails up to 2-1/2 in. long. Some have angled nail magazines that make it easier to reach into tight spaces. Brad nailers use smaller 18-gauge nails up to 2 in. long. Because the nails are smaller in cross section, they leave a smaller hole that must be filled later and are less likely to split narrow trim and molding, But they also have less resistance to pull-through. Pin Nailers use headless pins — some as small as 23-gauge fasteners 1/2 in. long — for attaching delicate trim pieces and holding trim in place while glue dries. Staple guns are for use in places where the fastener won’t show, such as attaching cabinet backs.
    Beyond the cabinet shop
    Framing Nailers drive much heavier nails, from 6d to 16d. They are much larger, heavier tools and come in two styles: coil and stick. Coil nailers are more compact and hold four or five times the number of nails that a stick nailer can. Some users find the coil nailers are not as well balanced as stick nailers. Stick nailers use full round-head nails, required by code in some parts of the country, or clipped-head nails that take up a little less room in the magazine. Framing guns also can be set up for two types of firing: bounce firing, where the gun is activated each time the tip is depressed, and sequential firing, where the safety tip must be depressed and the trigger pulled for each fastener.
    Spraying is by far the most frequently used application when it comes to Industrial painting. Spray-painting equipment can be classified by atomization method: air, hydraulic or centrifugal. These classifications can general be broken down further into conventional air atomize, airless, air-assisted airless, air electrostatic, airless electrostatic air-assisted airless electrostatic; high-volume low-pressure (HVLP) and rotating electrostatic discs and bells. The most common of these being the air atomize, HVLP, Airless, Air Assisted Airless and electrostatic Spray Gun.
    Air atomizing guns used to be the most popular for applying high quality paint finishes. Because they are notorious for yielding lower transfer efficiencies than HVLP Spray Gun HVLP, many states have passed air pollution regulations that outlaw them or discourage their use. These guns rely on paint pumped under pressure to conventional spray guns, so that it mixes with a stream of compressed air either internally or externally. The compressed air breaks up the liquid stream or atomizes it, causing it to break up into droplets that form a spray. Most internal-mix guns have controls to regulate fluid flow, atomizing air and spray patterns. Since these adjustments allow the guns to meet the finishing requirements of a variety of sizes and shapes, conventional spray guns are used for coating many high-quality items. They can apply catalyzed, high-solids and waterborne coatings as well as more traditional finishes.
    It is very important to have the right size of water pressure Paint Tank for your usage. Whether you are installing a new one or upgrading your current pressure tank, selecting the right size of pressure tank for your pump system will ensure that your pump performance is optimized and sustained for as long as possible. That is the reason why pressure tanks have a wide range of sizes and depend on your unique situation and demands for your usages, suppliers can offer you hundred kinds of pressure tanks.
    When speed of application is paramount, pro painters go for an airless paint sprayer. These sprayers work by pumping coatings through a tiny opening in the gun’s tip. The pressures are so high—up to 3,000 psi—that the paint explodes from the tip into a fine mist. Such pressures also allow these sprayers to work with coatings of any type, from thin stains to pudding-thick latexes, without any need to adjust their consistency. And because the droplets they generate are so tiny, Airless Sprayers are also able to lay down a flawless finish on broad surfaces like cabinets and doors. By contrast, the high-volume, low-pressure (HVLP) sprayers often marketed to DIYers atomize paint using low-pressure air streams. The bigger, slower-moving droplets they create are less likely to drift off as overspray—a plus for small jobs and detail work—but these sprayers’ lower output makes them impractical for covering large expanses.
    Pneumatic Tools, powered by compressed air, can be a useful and portable addition to electrical tools on construction sites, in industrial workshops, and at any work site where power tools are used. The air compressors that power pneumatic tools must be used correctly to ensure the safety of all workers on the job site.
    Common pneumatic tools used on the job include nail guns, staple guns, drills, riveting guns, paint sprayer, sanders, grinders, wrenches, buffers, and jackhammers, but the list of available air-powered hand tools is endless.