Searching For The Best Heat Gun
Heat guns are available in four distinct kinds: electric, industrial, gas, and infrared. Though no matter what kind of heat gun you make use of, it is crucial that you be aware these tools may be dangerous if used carelessly or improperly. Although heat guns do not employ an open flame, they’re able to create temperatures as high as 1,200 degrees Fahrenheit. When working with a heat gun, take serious care to stay away from burning yourself or harming the material you’re working with.
Electric heat guns can sometimes be cordless or corded, large or small, and the temperature range and fan speed could vary. Electric heat guns would be the most widely used type of heat gun and generally the most economical as well. Because of their reputation, manufacturers in the recent past have focused much more interest on developing electrical heat gun engineering, while gas-powered heat guns have gradually turned into a thing of the past.
Gas heat guns utilize either propane gas or butane as their heating element. These guns are much less prominent compared to electric types for a couple of reasons. The first is they tend to be costly. Second, you have to constantly purchase and fill gas canisters to make use of the gun, and that is less handy than simply plugging in or charging an electric-powered model. Experts in the electrical or plumbing field might utilize a gas heat gun if their job takes them far from accessible electrical outlets or in order to stay away from the safety hazard of operating an extension cable, but beyond the pro trades, the gas heat gun has lost a lot of its popularity among DIYers.
Industrial heat guns are merely differentiated from electric, and gas models by their strong built, increased heat levels, and higher fan settings. Industrial heat guns for industrial jobs in mass retail facilities, automotive repair, and packaging plants are used by professionals. Because they’re created for manufacturing work, these resources do not enable the fine-tuning of heat and fan management required for scaled-down precision projects.
Infrared guns are fairly new to the industry. Infrared heat is used by these guns, as suggested by the name. They are also relatively cheaper. They create the highest heat of 1,112 degrees Fahrenheit, more than enough for many home tasks.
Key Shopping Considerations For The Best Heat Gun
The temperature range offered by a heat gun determines the work type you can utilize it for. Heavy-duty tasks like plumbing and paint stripping will reap the benefits of a heat gun that includes an optimum temperature of about 1,100 degrees Fahrenheit & a minimum temperature of approximately 120 degrees Fahrenheit for increased versatility.
DIYers looking to finish common home tasks like softening the adhesive on floor tiles or heat shrinking plastic might be content with a heat gun that has a narrower temp range, between 392 degrees Fahrenheit & 752 degrees Fahrenheit.
Basic heat guns work at one temperature—the gun instantly heats up to its optimum temperature, and the sole method to correct the heat level is moving the gun closer to or far from the target object. More advanced heat guns might have two or perhaps three distinct temperature options, enabling you to choose between high, moderate, and low heat, based on your requirements.
Variable temp heat guns include a dial for picking out a temperature between the minimum and maximum of their range. Some more recent models have electronic displays which enable you to establish the actual temperature you would like and alter it by increments.
For the correct heat setting, choose a heat gun with precise temperature and fan controls.
Fan speed decides the amount of surface area the heat gun will impact. Lower fan speeds are ideal for accurate tasks, like removing labels or loosening solder joints, while increased fan speeds permit a much better division of heat across a location.
As you move a heat gun w/ a reduced fan speed from the target item, the surface area increases but the temp decreases. A strong fan enables the surface area to increase without a major drop in temperature, making it possible for an even greater area to be warmed up at one time. This setting is useful for bigger tasks, like defrosting pipes or stripping paint.
Accessory and Nozzle Options
Heat guns have a multitude of accessory and nozzle alternatives made to give much more accurate temp control and more effectively steer the flow of heat.
Popular heat gun accessories feature a dead man’s switch which shuts off the power when pressure is eliminated, a thermal cut out which switches off the heat gun in case it becomes too hot, a hanging hook for keeping the device, along with a surface stand that permits you to easily rest the gun throughout pauses in work. The surface stand also offers a hands-free option for tasks that require two hands, although you will have to do this with intense care to make sure that the heat gun is relatively stable and directed away from likely flammable objects.
Popular nozzles for heating guns include cone nozzles or reducer that focus the heat onto a certain region, spoon reflector nozzles which wrap around piping to consistently heat the entire circumference on the pipe, flat nozzles for a wide, horizontal line use, and then glass protector nozzles for stripping paint off of a window while keeping direct heat on the glass.
You can find some other choices for more specialized uses, but these are probably the most popular additions to the typical heat gun.
Apart from the plethora of heating gun nozzle and accessory options out there, several versions offer additional built-in features. Some heat guns boast longer cord lengths for more freedom of movement. Others feature high-temperature defense on the nozzle to help you keep your hands safe, or also integrated memory settings so that you are able to immediately adjust the temperature and fan speed to precisely what you need for a certain task you have done previously, like stripping paint, with one button press.