IR lamps for drying paint by car

Compared to conventional methods, infrared (IR) lamps offer a more effective and efficient way to dry paint on automobiles, revolutionizing the process. The infrared radiation emitted by these lamps heats the paint layers from the inside out. This expedites the curing process, resulting in outcomes that are more rapid and reliable.

There are various benefits to using infrared lamps to dry car paint. A primary advantage is the notable decrease in drying time. Body shops are able to handle more projects in less time because tasks that used to take hours can now be completed in minutes. Customers benefit from this efficiency in the form of higher productivity and quicker turnaround times.

The quality of the finish is an additional benefit of infrared drying. There is less chance of paint flaws like blistering or cracking because the heat is evenly distributed and controlled. This guarantees a glossy, long-lasting finish that improves the paint job’s overall look and longevity.

Comparing IR lamps to conventional drying methods reveals that they are also more environmentally friendly and energy-efficient. They eliminate the need for big, energy-intensive drying booths and use less power. They are therefore an affordable option for auto body shops trying to cut their carbon footprint without sacrificing quality standards.

All things considered, infrared lamps provide a contemporary method of drying car paint that combines quality, speed, and energy economy. These lights will probably become an even more crucial component of the car painting process as technology develops, enabling experts to produce excellent results more quickly and easily.

Device and characteristics of IR lamps

To ensure that the paint job lasts a long time and looks perfect, you must keep an eye on how well it is drying. Moisture should evaporate uniformly and gradually; only then will LKM dry out. Malyars employ three distinct drying techniques: infrared, convection, and natural.

Not every car owner has the patience to wait several days for the standard drying process without the use of specialized equipment. Convection drying involves driving the car into a special chamber where warm air flows aid in the drying of LCM. The car warms up fully at the same time, and the staining quality is diminished because the top coats of paint dry faster than the bottom coats. The most effective way to dry the painted machine is to use infrared lamps.

Once the lamp is turned on, the paint film gradually and uniformly cures due to thermal radiation. In this instance, the outermost paint layers harden the last, improving the overall coating quality. You are able to modify the depth of ray penetration into the coating by varying the lengths of infrared waves.

Any infrared lamp has a very straightforward design. These are its principal elements:

• frame;
• Sofites (reflectors);
• emitter;
• control unit (adjustment);
• Claus and stand.

The type of lamp stand determines whether it is mobile or stationary. The former are primarily utilized for local drying and can pass through the boxing where the machine is stained. They are excellent for drying engineering spaces, roofs, and doors. While the cassettes with lamps move along special "rails," the second are installed in one location, so the part must be placed nearby while it dries. Furthermore, IR lamp racks with a gas shock absorber can be pantographic.

The length of the waves produced by infrared drying lamps varies:

1. Short -wave devices. Are the most popular, convenient and effective, since the radiation captures only a paint layer with a thickness of 0.7-2.5 μm. The parts of the car are dried in 5-13 minutes, after which they can be subjected to further processing, polishing. With improper use, the coating may burn.
2. Medium -volume devices. Due to the deeper penetration of waves (2.5-50 microns), the drying time of the LKP lasts up to 30 minutes, which is unprofitable for the master. Are used somewhat less common than short -wave.
3. Long -wave. Coating 50-2000 μm deep, for drying autoemale are used infrequently.

The advantages of IR lamp over other drying methods

Due to its many benefits, infrared irradiation is currently the most widely used technique among professional carriers. The following benefits are the causes of this popularity:

1. The quality of the coating. Since drying of the paint and varnish film occurs from the inside, the finished layer will not crack, swell, burst.
2. Local drying. The most often local staining of the machine (for example, only a bumper and hood) is carried out, so there is no need to drive it into the camera and dry it entirely. It is with the help of IR lamps that you can dry only the desired area without heating the entire car.
3. The minimum of electricity expenses. The equipment consumes a little electricity. In addition, he does not need a separate time to warm up, setting up. It is enough to turn on the lamp by setting the desired mode in advance, after which it immediately proceeds to drying with the specified parameters.
4. Work with different types of colors. Some ik lamps allow the application and drying of even powder colors, which were previously used only in factories. Such paintwork is hardened at +200 degrees, and it is difficult to dry them with other methods.

Because infrared lamps operate quickly, the coating won’t take very long to completely dry. Their various lighting modes can be quickly changed with an easy-to-use setup system. Using infrared lamps, even a novice automatic can handle drying the paintwork.

When it comes to drying car paint, infrared (IR) lamps are revolutionary because they provide a quicker, more effective, and more uniformly distributed drying process than conventional techniques. These lamps light up the paint layers from the inside out, which speeds up the drying process and improves the paint job’s overall quality and longevity. IR lamps are a necessary tool for any car painting project because they guarantee a smoother finish and reduce the possibility of dust and debris contaminating the fresh paint, making them suitable for both professionals and do-it-yourselfers.

The principle of operation of IR lamps and the procedure for using

The following is what the infrared lamp means. An infrared glow is produced by the emitter and is reflected off the shiny reflector surface. Waves heat the paint film as they travel through it, causing moisture to evaporate.

You must do the following in order to use the IR lamp correctly for the entire task:

• Carefully read the manufacturer’s instructions for equipment, study the drying parameters of a particular car paint, clarify the maximum and optimum drying temperature;
• Turn the lamp into the network, make all the necessary settings (wavelength, time, temperature);
• install the part after painting for drying;
• After the drying time, thoroughly inspect the product, evaluate the quality of the coating, then start grinding and polishing.

The choice of an infrared lamp

Road stores and online retailers are now using infrared lamps to dry paint. Their power and light wave lengths are different. The primary factor to consider when purchasing a device is the wave length, as it will determine both the duration and caliber of work.

Because a short-wave lamp will complete its task much faster, many people strive to purchase one. When purchasing, this specific lamp will be the best option for carriers. Without experience, using a similar device at home runs the risk of burning the coating, particularly with acrylic paint. Therefore, it would be preferable for novices to practice drying the painted portion using a mid-volume device, which operates more subtly and gently. Experts recommend purchasing lamps with a wavelength of approximately 50 μm and setting the surface temperature to approximately +60 degrees for one-time work.

Superior electronic control module You can select the ideal drying mode for a particular kind of coating using an IR lamp. It will be possible to dry putty, enamel, paints, varnishes, and soils if you have the necessary adjustments. Additional considerations when purchasing a device include:

1. Brand and price. The more reliable the brand of the manufacturer, the higher the chance to get a really good product. The cost of high-quality IR lamps is always an order of magnitude higher than those produced by unknown Chinese companies.
2. The maximum heating temperature. If this indicator varies widely, the capabilities of the malarus are also expanding.
3. Portability. For home use, you need to choose portable (mobile) devices, but with a fairly large capture area.

It is crucial that the manufacturer specifies features like the paintwork’s uniform warming up, as this will enable the layer to provide strength and resistance to any harmful elements.

Car paint drying has been transformed by infrared (IR) lamps, which provide a quicker and more effective alternative to conventional techniques. By penetrating the paint layers and accelerating the drying process without sacrificing finish quality, these lamps emit infrared radiation. Because it ensures a professional finish and increases productivity, this technology has become a standard in auto body shops.

Even heat distribution, which lowers the possibility of flaws like blisters or cracks, is one of the main benefits of infrared lamps. This guarantees a paint job that is smoother, more uniform, and upholds high standards for appearance and durability. Additionally, IR drying is energy-efficient and frequently uses less power than traditional drying techniques, which over time may result in cost savings.

Significantly shorter drying times are another benefit of using infrared lamps. This enables projects to be completed more quickly, enabling the servicing of more vehicles in less time. This enhanced productivity can be a game-changer for crowded workshops, resulting in higher client satisfaction and better business outcomes.

In conclusion, infrared lamps for drying automotive paint have many advantages, including improved quality, increased energy economy, and quicker processing times. Auto body shops can enhance productivity and produce better outcomes by implementing this technology, which makes it an excellent investment for any paintwork business.

Video on the topic

Infrared drying for painter

IK drying for cars is needed or not?

Infrared drying.

IR drying, cheap option for garage ! Infrared home lamp .

Ik lamp for drying pros and cons of