GRACO 18H073 - Filter 20mesh 3pk Qucksht Kit, Filter mesh material, 2000 PSI
High-quality 60 mesh filter designed for GRACO Ultra QuickShot handheld airless paint sprayer systems. This 3-pack filter kit ensures consistent paint flow and superior finish quality by filtering out contaminants that could cause spray pattern defects or tip clogging. Essential for maintaining optimal performance with water-based, solvent, and flammable architectural coatings.
Specifications
- Max Working Pressure: Compatible with 100-2,000 PSI systems
- Material: Filter mesh material
- Mesh Size: 60 mesh
- Pack Quantity: 3-pack
Features
- 60 mesh filtration for fine particle removal
- 3-pack quantity for extended service life
- Compatible with Ultimate QuickShot sprayer systems
- Suitable for architectural coating applications
- 60 mesh filtration for fine paint particles
- 3-pack quantity for extended use
Applications
- Water-based coatings
- Solvent-based coatings
- Flammable architectural coatings
- Low pressure spray applications
- Architectural coating applications
- Water-based paint spraying
Compatible Equipment
- Ultimate QuickShot 826308
- Systems using RAC X FF LP 514 and RAC X FF LP 210 tips
- Low pressure switchtips .008-.016
- QuickShot airless paint sprayers
- Ultra QuickShot 208473
- GRACO handheld airless sprayers using low pressure switch tips
Related Parts
- 18H074 - 100 Mesh Filter (3-Pack)
- 18H080 - Lid Storage Plug (3-Pack)
- 18H079 - Cup & Lid Assembly
- 18F891 - QuickShot Belt
- 18F977 - QuickShot Holster
- 208473 - Ultra QuickShot system
Kit Contents
- Information not specified on this page
- Three 60 mesh filters
Part of the Ultimate QuickShot accessory system. The sprayer also includes 60 & 100 mesh filters as standard equipment. Part of the QuickShot accessory system. Also available in 100 mesh (18H074) for finer filtration needs. Part of the Ultra QuickShot accessory system. The 60 mesh provides coarser filtration compared to the 100 mesh option (18H074), making it suitable for thicker coatings or when faster flow rates are desired.
Reference Manuals