My goal here is to minimize your learning curve with Createx so you can maximize your painting experience! How To Thin Createx Airbrush Paintsįirst lets begin with the mediums, and processes used to thin the paint. But it took a lot of trial and error to get there. As well as, available resources on the internet, which constantly contradicted each other…īut now days I feel I have found my groove with Createx, and have come to really enjoy using the product. My Createx journey began constantly fighting the paint. And have come to prefer Createx over any other paint manufacturer, but I didn’t always feel that way. I have been using Createx for the past year (As of the time of this writing). With their own subtle nuances that give each paint line its signature.Īnyway, without any further adieu, lets dive in! Specifically the “ Createx Airbrush colors” line, “ Wicked Colors” line, and the “ Createx Illustration Colors” line.Įach is manipulated in a similar way, from reduction to clean up. This will be an in-depth guide on how to use Createx airbrush paints. But for those looking to start using Createx, Your in luck! In addition, for large parts, it is preferable to apply clearcoat to the part by section, and not by part, preventing product overloads in peripheral areas and edges.Īlthough it depends on the type of clearcoat to use, in UHS (ultra-high solid) clearcoats a lighter and thinner first layer will generally be applied to wet the surface.Learning to use a new paint line with your airbrush can be daunting, especially with the different additives offered to manipulate the paint to your desired needs. If these parameters vary during the coating application process, the chances of the defective final finish will increase. The clearcoat must always be applied in a linear way, always trying to keep the spray gun at the same speed and distance from the surface during application. Regular cleaning of the paint application equipment such as the compressor, the compressed air duct or the spray gun is essential to minimise any possible error or defect in the final finish paint.ĭeep cleaning of all equipment will allow you to work in a safer and more orderly way, and it will be your best ally to prevent defects such as boils or cratering. Correct cleaning of application equipment Some parts are particularly sensitive to excess product, such as vertical parts (flaps, doors, etc.), which may result in possible paint defects, such as sagging clearcoat.Įxcess or lack of clearcoat on the part will result in a poor finish. Avoiding excess clearcoatĪlways avoid excess clearcoat on the part, and try to apply it evenly. Note that when applying the clearcoat, a larger cloud of atomised product is produced than when applying colour, because more pressure is exercised. The spray gun must be regulated in such a way that the product flows in fan pattern, in order to generate thin, even and extended coats. The same data sheet will indicate the values required for a correct application. The spray gun must be set with a pressure and nozzle opening based on the technical data sheet of the clearcoat to be used. Take as a reference a range of 20✬ – 23✬, as ideal temperatures for applying the clearcoat. This is why it is advisable to acclimate the booth through the different means available (heaters, rays, etc.). Extreme room temperatures, whether very low or very high (as it can occur when painting a vehicle in summer), may lead to subsequent paint defects, such as blooming, popping or spraying, among others. In addition to controlling the product’s temperature, the room temperature will also have a direct influence on the finish results. However, this will vary depending on the type of clearcoat and the manufacturer’s indications. Under standard conditions, the clearcoat should always be at room temperature, around 20-25✬. Clearcoat temperature and application temperatureĬontrolling the clearcoat temperature before applying it, and also that of hardeners and solvents, is a differentiating factor. for every two parts of clearcoat add one part of hardener and between 0% and 5% of thinner (depending on the dilution requirements). To get the exact mixing ratio, use the precision weighing scale and other bodywork attachments such as regulated containers with different mixing ratios.Īn example of a mixing ratio would be 2:1 + 0%-5%, i.e. This should be part of the natural process of preparing the mixture, and it will increase the performance of the clearcoat in terms of drying time, product flow and final finish. This mixing ratio will always be indicated on the manufacturer’s technical data sheet, so always following the instructions is essential.
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