MARCHIO 50 anni Eurosider leader mondiale impianti di verniciatura industriale e generatori di ossigeno e azoto

Industrial Aircraft Painting systems
– Eurosider®

The painting process of an aircraft is a complex operation, usually done manually, which takes several days and due to paint deterioration is usually repeated within a few years.

The finish is extremely important not only because it is basically what you see, but also because in this particular industry some aspects are essential, such as the weight of the item and the coefficient of friction of the plane’s surface with air, which can change depending on the quality of paint.

Both factors influence fuel consumption and that is why the system NitroTherm® Spray di Eurosider®, with which there is the possibility of having a smoother surface with fewer coats of application and less quantity of product, which has attracted the interest of large companies in the aviation sector.

NitroTherm®Spray Impianti di verniciatura industriale Automobili Eurosider-sas

Impianti di Verniciatura industriale Auto - Eurosider sas Verniciatura industriale ad Azoto NitroTherm® Spray by EUROSIDER®

Why should you choose Industrial Painting Systems for Plastics
by EUROSIDER® ?

FINANCIAL ASPECT:

• Savings of at least 20-30% of Painting Products.
• Drastic reduction in coating and spraying vapors
• Lower booth and suction filter maintenance.
• Reduction in non-compliant items and rejects.

PRODUCTIVITY

• Increased transfer efficiency of Painting Products
• Easy application of two or more consecutive coats (wet-on-wet).
• Reduction of application time by 30-40%.
• Application under constant and repeatable conditions.

ENVIRONMENTAL ASPECT

• Reduction of harmful emissions (VOCs).
• Improved conditions of working environments.
• Increased operator confidence through applications under consistent and repeatable conditions.

QUALITY

• Uniform thickness and gloss.
• Reduction of glazing and streaking
• Improved arrangement of metallics
• Control of drippings, bubbles and uneven swelling.
• Reduction in working pressures.