![]() Our soda blast cleaning process is fairly simple. What does the soda cleaning process look like? We generally clean a test patch before work proceeds so we can select the best possible cleaning option for your project. Soda cleaning is generally a good staple for property cleaning projects, but due to the wide variety of natural stone and other construction materials used over the years, soda may not be ideal for all surfaces. We generally use a mixture of soda cleaning and other media blasting processes for vehicles using soda cleaning on detailed areas in need of a gentle clean, and using another process such as vapour or glass media blasting elsewhere to achieve the best possible bare finish. In terms of automotive cleaning, soda isn’t powerful enough to reliably clean away filler, rust or underseal – glass media cleaning does a far better job of cutting through those kinds of finishes. There are some situations when we wouldn’t use soda blasting, usually where it’s not abrasive enough for the task at hand. Soda can also be used to clean both internal and external brick, stone, and hardwood including statues, wooden beams, and Grade II listed buildings.īecause soda cleaning works well with aluminium, we do occasionally deal with requests to clean various engineering components that need degreasing, paint removal, and general cleaning.ĭepending on the nature of your project, we may use a mixture of media cleaning methods to achieve the best possible outcome – regardless of the type of surface being cleaned. We frequently use soda blasting prior to vapour blasting in order to degrease and/or remove paint before the vapour cleaning process begins. We generally get asked to clean items such as engine blocks, gearbox casings, and a wide range of internal and external automotive components. What sorts of items do we clean using soda? Soda is best used when the item is being re-painted, because the process doesn’t leave a shine on metal surfaces. Additionally, because soda is water-soluble, any residue left on essential components such as engine parts can be simply washed away with water – minimising the chance of blocked ports and holes. Contrast this with chemical dipping and other types of media cleaning, which can raise a surface’s temperature significantly. One of soda’s main benefits in terms of automotive uses is that it does not cause the surface to heat up – making it essential for cleaning large, flat vehicle components (such as bonnets and roofs), and those made of aluminium or carbon fibre both potentially at risk of heat warping. Soda blasting has two main uses that both benefit from its mildly abrasive cleaning properties: automotive restoration and property maintenance. Sodium bicarbonate is not a harsh chemical, and the particles are relatively soft compared to other media blasting methods, making this practice one of the milder forms of abrasive cleaning. The propulsion of the soda particles causes them break up on impact, striking the surface just enough to remove paint or grime, but providing an otherwise non-damaging clean to a variety of surfaces. Soda blasting is a type of abrasive cleaning whereby sodium bicarbonate particles (“soda crystals”) are propelled on to a surface using compressed air. So, let’s take a look at what’s involved. Using the surprisingly mild, but powerful cleaning properties of sodium bicarbonate (bicarbonate of soda) alongside abrasive cleaning techniques can provide a thoroughly clean finish to a vast array of surfaces. Soda blast cleaning is a gentle, yet reliable method of cleaning metals and stonework – making it indispensable to vehicle restorers, building/site managers, and engineering maintenance alike. Let’s take a look at everything you need to know Pairing bicarbonate of soda with blast cleaning provides a thorough, yet gentle clean for a wide range of surfaces. Soda Blasting Soda blast cleaning is a versatile cleaning method with uses for vehicle restoration, premises maintenance, and engineering upkeep.
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