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The reduced painting pressure at the spray gun results in less overspray in the booth, which is healthier for the painter and better for the spray booth.
By using nitrogen, no hydrogen molecules are carried onto the workpiece. In addition, the paint is applied to the workpiece at the ideal temperature. Nitrogen and temperature are therefore the perfect ingredients for shortening flash-off times.
The shorter flash-off times mean that one more painting cycle can be scheduled per day. However, you can also take more parts into the booth. Thanks to reduced overspray, several colors can be painted in one booth.
The nitrogen keeps the temperature and humidity values constant. This makes it possible, for example, to use the system regardless of the climate.
The reduced overspray puts less strain on the cabin filters. This reduces maintenance requirements and increases the service life of the filters.
The reduced painting pressure at the spray gun results in less overspray in the booth, which is healthier for the painter and better for the spray booth.
By using nitrogen, no hydrogen molecules are carried onto the workpiece. In addition, the paint is applied to the workpiece at the ideal temperature. Nitrogen and temperature are therefore the perfect ingredients for shortening flash-off times.
The shorter flash-off times mean that one more painting cycle can be scheduled per day. However, you can also take more parts into the booth. Thanks to reduced overspray, several colors can be painted in one booth.
The reduced overspray puts less strain on the cabin filters. This reduces maintenance requirements and increases the service life of the filters.
The nitrogen keeps the temperature and humidity values constant. This makes it possible, for example, to use the system regardless of the climate.
Ionization
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Nitrogen production
through the use of a membrane
Heating
through a highly efficient heating system
Nitrogen production
through the use of a membrane
Heating
through highly efficient heating
Ionization
The reduced painting pressure at the spray gun results in less overspray in the booth, which is healthier for the painter and better for the spray booth.
By using nitrogen, no hydrogen molecules are carried onto the workpiece. In addition, the paint is applied to the workpiece at the ideal temperature. Nitrogen and temperature are therefore the perfect ingredients for shortening flash-off times.
The shorter flash-off times mean that one more painting cycle can be scheduled per day. However, you can also take more parts into the booth. Thanks to reduced overspray, several colors can be painted in one booth.
The use of nitrogen means that no moisture is carried into the paintwork. This is because oxygen is the hydrogen carrier in the atmosphere. In our painting hose, in which the nitrogen is constantly heated, painting can be carried out at any time of year.
The use of nitrogen means that no moisture is carried into the paintwork. This is because oxygen is the hydrogen carrier in the atmosphere.
The nitrogen keeps the temperature and humidity values constant. This makes it possible, for example, to use the system regardless of the climate.
The reduced overspray puts less strain on the cabin filters. This reduces maintenance requirements and increases the service life of the filters.
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