Graco FFLP 208 Spray Tip — Low-Pressure, Soft Fan Pattern, Up to 2x Life

Premium spray tip engineered for efficient airless spraying

The Graco FFLP 208 Spray Tip is designed to deliver consistent, blended finishes at lower operating pressure. By leveraging SmartTip Technology and an optimized internal geometry, it helps atomize paints, stains, and coatings more efficiently, which can reduce fatigue and overspray while preserving finish quality. The tip sprays at up to 50% lower pressure, which contributes to a cleaner work area and easier cleanup.

With a soft spray fan, you can glide a steady mist across edges, trims, and large panels alike. The result is a uniform coat with fewer runs and misses, easier pattern overlap, and smoother transitions between surfaces. The overall experience feels controlled and predictable, whether you are tackling a cabinet repaint, a wall refresh, or exterior siding projects.

Key benefits at a glance

• Patented RAC X Tip with SmartTip Technology for efficient atomization at lower pressure
• Low overspray and a soft fan pattern simplify coverage and overlap
• Up to 2x tip life when operated at half pressure, reducing replacement frequency
• Compatibility: designed to work with Graco RAC X Guard bases and compatible airless sprayers

Real-world uses

• Cabinetry, furniture refinishing, and staining projects where a smooth, even coat matters
• Interior walls, exterior siding, decks, and fences requiring consistent coverage
• Projects that benefit from repeated passes with minimal masking and cleanup

Maximizing your results

• Ensure the RAC X Guard is properly installed for best performance
• Clean the tip after spraying to extend life and maintain atomization
• Test spray on a scrap surface to dial in opening, fan width, and overlap

Note: Spraying at lower pressure can help conserve energy and extend tip life, but results can vary by material and substrate. This tip is designed to pair with Graco airless sprayers to deliver consistent finishes without requiring high pressurization.