When using high-pressure cleaning, it is important that the correct balance is achieved between the pressure; water volume where the water is sprayed; the water temperature and chemical dosing for each particular application. Inadequate pressure may result in poor cleaning and excessive pressure can increase the risk of damage to surfaces and equipment, and even injury to people
Maximum cleaning and improved quality.
Quality control had become increasingly more stringent and more emphasize given on meeting various standard; both regulatory and commercially. The cleanliness of the components manufactured or processed is in the spotlight as one of the criteria in determining the quality of the components. While meeting quality standard is important, keeping the production smooth and running is also crucial. These seemingly opposing goals can be achieved by process and technical solution and not to mention proper selection of chemicals as cleaning agent.
MCT assists you in obtaining these goals by offering wide range of products for various application; whether for spray of immersion cleaning system, solvent cleaning agent, high-pressure application as well as additives and demulsifier. You will always find one that suits you.
What constitutes a powerful cleaning?
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The mechanical force is directly connected to the flow by the wall shear stress. In a closed process the sole practical method of applying a force is through flowing fluid. Flow parallel to a surface generates a force (a wall shear stress) on the surface (or the soil on the surface). Indirectly, fluid flow (i.e. the flow patterns) influences transport of cleaning liquid containing detergent (chemistry) and heat (mass and heat transfer)
The mechanical force is directly connected to the flow by the wall shear stress. In a closed process the sole practical method of applying a force is through flowing fluid. Flow parallel to a surface generates a force (a wall shear stress) on the surface (or the soil on the surface). Indirectly, fluid flow (i.e. the flow patterns) influences transport of cleaning liquid containing detergent (chemistry) and heat (mass and heat transfer)
Higher temperatures aid in chemical productivity. To put it simply, the cleaning process becomes faster and easier as temperature increases. Higher temperatures also decrease the viscosity in soils, allowing for easier removal. Although higher temperatures allow for better cleaning results, they can also result in higher operating costs and can harm certain surfaces
The results in the cleaning process rely heavily on the amount of time spent. If you increase the amount of cleaning time, the chemistry behind the product has a better chance of reacting and being more effective. However, with longer contact times you face the risk of surface damage
Product Range
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