Graco Green Finishing Nozzle FFLP514 - RAC X Fine Finish Low Pressure Airless Spray Tip, 0.014 inch Orifice, 10 inch Fan Width

The Graco Green Finishing Nozzle FFLP514 is a high-performance airless spray tip designed for fine finishing applications. Engineered with Graco's RAC X technology, this tip delivers a smooth, professional finish with reduced overspray and improved control. The green color indicates its Fine Finish Low Pressure (FFLP) classification, optimized for lower pressure operation to minimize material waste and enhance atomization.

Advantages

This reversible tip features a tungsten carbide orifice for exceptional durability and consistent spray performance. The FFLP design allows for lower operating pressures, reducing tip wear and extending pump life. The 0.014-inch orifice size produces a fine spray pattern ideal for stains, lacquers, enamels, urethanes, and waterborne coatings. With a 50-degree spray angle and 10-inch fan width, it provides excellent coverage for detailed work.

Suitable for

• Fine finishing of woodwork, cabinets, and furniture
• Application of stains, lacquers, enamels, urethanes, and waterborne coatings
• Professional painters and DIY enthusiasts seeking a smooth, high-quality finish
• Use with Graco RAC X HandTite Guard and compatible airless sprayers

Key specifications

• Tip Series: Graco RAC X FFLP
• Orifice Size: 0.014 inches (0.35 mm)
• Fan Width: 10 inches (25.4 cm)
• Spray Angle: 50 degrees
• Maximum Pressure Rating: 2000 PSI (138 bar)
• Tip Color: Green
• Tip Material: Tungsten Carbide
• Seal Material: Nylon/PTFE
• Compatibility: Graco RAC X HandTite Guard
• Application Type: Fine Finishing
• Spray Technology: Fine Finish Low Pressure (FFLP)
• Reversible Tip: Yes
• Recommended Filter Mesh: 100 Mesh (Fine)

Recommendations

For best results, use with a 100 mesh filter and ensure your sprayer is set to the recommended pressure range. This tip is ideal for achieving a flawless finish on fine woodworking projects. Always clean the tip thoroughly after each use to maintain performance.