DeVilbiss FLG Pressure feed is low cost General purpose Pressure - DeVilbiss

The DeVilbiss FLG Pressure Feed spray gun, model 905162, offers a reliable and cost-effective solution for professional automotive and industrial applications. Engineered for versatility, this general-purpose pressure feed spray gun is ideal for efficiently applying a wide range of refinish paints and coatings, especially across larger project areas without the frequent interruptions of refilling small cups. Its robust design and consistent performance make it a valuable addition to any professional workshop.

Key Features

• Consistent Application Control: Achieve uniform finishes with full control over pattern shape, fluid flow rate, and air inlet pressure.
• Durable Construction: Built with an ultra-lightweight, strong cast aluminum gun body, complemented by precision-engineered brass air caps and stainless steel fluid tips and needles for extended service life.
• Ergonomic Design: The ergonomically shaped handle ensures balance, superior grip, and comfort, minimizing operator fatigue during prolonged use with its smooth-action, light-pull trigger.
• Material Efficiency: Incorporates efficient atomization technology designed to reduce material usage, providing a cost-effective application.
• Optimized for Coverage: The pressure feed system facilitates rapid coverage of large surfaces, eliminating downtime associated with frequent cup refills.

Applications

The DeVilbiss FLG Pressure Feed spray gun is designed for a broad spectrum of professional painting tasks. It excels in automotive refinishing for primers, basecoats, and clearcoats, delivering quality results on various vehicle types. Beyond automotive, it is highly effective for general industrial coatings, furniture manufacturing (wood and metal), and other workshop applications involving lacquers, adhesives, oils, stains, varnishes, sealers, undercoats, and wax-based materials. This tool is an asset for technicians and mechanics seeking efficiency and consistent performance with diverse material viscosities.