Blasting is one of the best cleaning methods that mankind has access to. There are several different kinds of blasting operations in use today. Examples include sponge, sand, dry ice, bead, hydro, glass, and shot blasting among others. Each method is named based on the kind of blasting media used to do the job. Some of these methods are recent inventions while others have been around for quite some time. When in need of Media Blasting Services PA should be visited.
The different blasting operations are suited for different surfaces because the abrasive power varies from one material to another. Some surfaces are able to withstand more abrasive force whereas others should be handled with care because they are fragile. Some operations are not possible or safe because of the nature of some surfaces. It is in cases of this kind that special blasting operations like sponge blasting are introduced.
This type of operation is very special and it entails using sponge as the media of abrasion. Sponge material is very soft and therefore it cannot cause any damage to the surface that one is using it on. This method is very suitable for sensitive and delicate surfaces because of the softness of the abrasion. Many different sponges have been developed over the years to suit various operations.
There are different sizes and grades of sponge media. The nature of the surface being cleaned usually determines the choice of size and grade of the media to be used. Usually, the media is mixed with air to create adequate pressure. This mixture is then propelled towards the surface being cleaned through a nozzle. The sensitivity of a surface determines the level of pressure contained in the media.
Sponge blasting has a lot of advantages associated with it, making it preferable and useful in various applications and circumstances. One such application is the cleaning of components in substations and power stations. Sponge is useful in such cases because it does not conduct electricity or heat. Therefore, it is a suitable method for cleaning electrical devices without risk.
In substations and power stations, this method is used to clean electrical components in-situ. That means that the components do not need to be moved for them to be cleaned. The item stays in its position as it is cleaned. This process also finds a lot of use in the preparation of surfaces for painting. The media removes any surface dirt to form a clean surface that can achieve a high level of adhesion with paint.
Emission of duct in this process is very low compared to other methods. This is good for workers and the environment because there is reduced pollution. Since production of dust is low, clear visibility is maintained in the workplace at all times. This improves safety. Low ricocheting also improves safety of the person operating the machine.
The media that finds use in this procedure is 95 percent recyclable. This implies that the media that is used is collected and recycled before being reused on another job. This assists in lowering operation costs for the procedure. The cleanup process is also simplified.
The different blasting operations are suited for different surfaces because the abrasive power varies from one material to another. Some surfaces are able to withstand more abrasive force whereas others should be handled with care because they are fragile. Some operations are not possible or safe because of the nature of some surfaces. It is in cases of this kind that special blasting operations like sponge blasting are introduced.
This type of operation is very special and it entails using sponge as the media of abrasion. Sponge material is very soft and therefore it cannot cause any damage to the surface that one is using it on. This method is very suitable for sensitive and delicate surfaces because of the softness of the abrasion. Many different sponges have been developed over the years to suit various operations.
There are different sizes and grades of sponge media. The nature of the surface being cleaned usually determines the choice of size and grade of the media to be used. Usually, the media is mixed with air to create adequate pressure. This mixture is then propelled towards the surface being cleaned through a nozzle. The sensitivity of a surface determines the level of pressure contained in the media.
Sponge blasting has a lot of advantages associated with it, making it preferable and useful in various applications and circumstances. One such application is the cleaning of components in substations and power stations. Sponge is useful in such cases because it does not conduct electricity or heat. Therefore, it is a suitable method for cleaning electrical devices without risk.
In substations and power stations, this method is used to clean electrical components in-situ. That means that the components do not need to be moved for them to be cleaned. The item stays in its position as it is cleaned. This process also finds a lot of use in the preparation of surfaces for painting. The media removes any surface dirt to form a clean surface that can achieve a high level of adhesion with paint.
Emission of duct in this process is very low compared to other methods. This is good for workers and the environment because there is reduced pollution. Since production of dust is low, clear visibility is maintained in the workplace at all times. This improves safety. Low ricocheting also improves safety of the person operating the machine.
The media that finds use in this procedure is 95 percent recyclable. This implies that the media that is used is collected and recycled before being reused on another job. This assists in lowering operation costs for the procedure. The cleanup process is also simplified.
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