Dvi 200-13B Fluid Tip 1.3mm - DeVilbiss

The DeVilbiss DVI 200-13B FLUID TIP 1.3MM is an essential component designed for professional automotive and industrial spray painting applications. Engineered for precision, this fluid tip ensures exceptional atomization and consistent material delivery, crucial for achieving flawless finishes. It is a vital replacement or upgrade part for your DeVilbiss DVI series spray gun, upholding the high standards required by professional technicians and mechanics.

Key Features

• 1.3mm Precision Nozzle: Delivers an optimal balance of fluid flow and atomization for a fine, consistent spray pattern.
• Optimized for Diverse Coatings: Ideal for applying a wide range of automotive finishes, including basecoats, clearcoats, and waterborne systems.
• Reduced Overspray and Material Waste: Designed to minimize overspray, ensuring more paint reaches the target surface and maximizing efficiency.
• Professional-Grade Construction: Manufactured by DeVilbiss, ensuring durability and reliability for demanding workshop environments.
• Enhanced Control: Provides superior control over paint flow, which is critical for intricate work and achieving mirror-smooth results.
• Compatibility: Specifically designed for seamless integration with DeVilbiss DVI series spray guns, ensuring optimal performance.

Applications

This 1.3mm fluid tip excels in a variety of professional refinishing tasks, offering the precision needed for high-quality work:

• Automotive Refinishing and Detailing: Perfect for full panel painting or smaller, intricate areas on vehicles.
• Custom Paint Applications: Provides the fine control necessary for detailed custom work.
• Clearcoat and Topcoat Finishing: Enables smooth and even application of clearcoats and other top finishes for a superior aesthetic.
• Spot Repair and Blending: Allows for accurate paint application in restricted areas, minimizing the need for full panel repainting.
• Medium-Viscosity Materials: Effectively sprays medium-viscosity paints, ensuring proper flow and atomization.