It may have been moved. You can try starting at our home page:Dent Repair with Dry Ice Videos in this Series auto & mechanicalblow dryerdentdry icefingerglovehair dryerhandkitmaintenance & repairpaintlesspdrremovalrepair Fix a Car Dent with Dry Ice How to Fix a Car Dent with Dry Ice After seeing many posts online about dry ice removing car dents, we put it to the test. It worked pretty well. The heat versus cold forces the panel of the car to constrict and suck out the dent. This is great for avoiding ridiculous costs of auto paint and auto body repair companies. DIY dent repair is as cheap as buying some dry ice. You can also look into using canned air (Dust Off) as it has a similar effect.Don't Miss: 8 Easy Ways to Remove Dents Without Ruining the PaintWhile dents and dings can wreak havoc on the appearance of your vehicle, there are several common methods used to remove car dents that can be done by yourself at home. One such process involves using dry ice and heat to force the dent to pop itself out.

The process itself is quite simple and uses only a few common household items to pop out many dings in mere minutes. Best of all, this method can be done in four easy steps.1. Before you can use the dry ice method to repair your dents and dings, it is important to inspect the area to make sure you have damage that is repairable with this particular method. Lighter dents with a larger surface area, that are free of any creasing or paint damage will show the best results. Especially if they are located on a flat panel and away from any edges. Dents located on the hood, roof, doors, fenders and trunk are prime candidates for the dry ice method. It should be noted this method of dent repair will only work on metal panels, especially those with the thinner panel thickness common on vehicles from the past 10-15 years.2. To fix a dent using the dry ice method, you will need a few common household items as well as a few items found at most retail grocery or retail stores. First you will need dry ice, as well as a pair of dry ice gloves to protect your hands from frostbite and other injuries related to extreme cold.

Any thick rubber glove should suffice. In addition, you will also need a hair dryer, (preferably with a variable temperature setting if possible,) and a roll of aluminum foil.3. Using the hair dryer, heat the panel gently, using the medium heat setting. It is important to constantly move the hair dryer and keep it approximately 5-7 inches away to prevent overheating the paint and causing damage. Windows 8 Laptop Docking StationIf your hair dryer only has one temperature setting, use the aluminum foil to help insulate the paint from the heat of the dryer. Youtube Installing Laminate Flooring On StairsContinue this for about 1-3 minutes, or until paint is warm to the touch.4. Ralph Lauren Blue And White Curtains

Using the aluminum foil to insulate the panel, take a piece of dry ice in a gloved hand, and hold it against the panel on top of the foil. Gently move the dry ice around the area of the dent in order to rapidly cool the panel. This rapid change in temperature will cause the dent to pop itself out, removing the majority of the damage. Keep in mind it may take several attempts to achieve the desired result.It should be noted that while this process can work quite well and remove most traces of the dent, there may still be some slight evidence of the ding left after the repair. Depending on the extent of the original damage, additional repair work may sometimes be needed to completely remove all traces of damage.Edit ArticleHow to Remove a Dent in Car With a Hair Dryer Two Parts:Preparing to Remove the DentHeating and Cooling the Dented AreaCommunity Q&A Removing a dent from your car can sometimes be quite costly, especially if you take your car to an auto body repair shop. However, as an alternative you can repair and remove some kinds of dents from your car with the help of such common household items such as a hair dryer and either dry ice or a can of compressed air.

Continue reading this article to learn how to remove dents from your car using these materials. Find your car's dents.Dents can typically be removed using this method if they are located on the metal panels of the trunk, hood, doors, roof, or fenders, and are not right along the edges on broad flat surfaces. To achieve the best results, use this method on shallow dents that do not contain major creases or paint damage, and that cover a surface area with a diameter of at least 3 inches (7.62 cm). Obtain the materials needed to remove the dent. You will need a hair dryer, heavy-duty or thick rubber gloves for safe handling of the dry ice or compressed air in its liquid format, aluminum foil, and either a package of dry ice or a can of compressed air. You will need some of the following: Heavy-duty insulated rubber-coated gloves. A full (or nearly full) can of compressed air. A package of dry ice. A hair dryer with adjustable temperature settings, such as "Low," "Medium," and "High," or "Cool," "Warm," and "Hot."

Apply heat to the dented panel. Turn on the hair dryer and use it to blow hot air over the dent and the surrounding area for one to two consecutive minutes. The hair dryer should be set to medium and should be held between 5 and 7 inches (12.7 and 17.78 cm) away from the car's surface. Do not overheat the area in order to prevent the paint from becoming damaged due to overheating. Insulate the dented area of the panel (if applicable). Put on the heavy-duty gloves. Apply the dry ice or liquified compressed air. The rapid change in temperature from warm to cold will cause the surface of your vehicle to first expand (when heated) and then contract (when cooled). If you are using dry ice, grab a block of the ice with one hand, then gently rub it over the aluminum foil resting on top of the dented area. If you are using a can of compressed air, turn the can upside down, and spray the surface of the dented area to cover the area with a layer of liquid ice. There are some basic principles of science at work here: the pressure, volume, and temperature of a gas are all interconnected.