Bedford 57-3851 is Graco 287817 Pump Cylinder Sleeve aftermarket replacement

Bedford 57-3851 is an aftermarket replacement for Graco 287817 Pump Cylinder Sleeve

The Graco 287817 pump sleeve is commonly used in airless paint sprayers to ensure proper sealing and smooth piston operation. Bedford 57-3851 offers a high-quality aftermarket replacement that delivers equal performance and durability as the original component.

Designed for professionals and contractors, this pump cylinder sleeve is a reliable solution for sprayer maintenance. It is especially suited for models GH 230 and GH 300, ensuring smooth function and optimal pressure output during demanding spray jobs.

This precision-engineered sleeve ensures the correct fit and resistance to wear over time. It helps extend the life of your sprayer and is built to handle high-performance tasks with ease. You may also find this part referred to in older manuals as 287-817.

Whether you’re restoring an aging sprayer or conducting routine maintenance, the Bedford 57-3851 sleeve is the right part to get your machine running like new.

Built to Withstand High-Pressure Applications

The pump cylinder sleeve plays a crucial role in maintaining pressure integrity within the sprayer. This replacement offers:

• Premium construction for long-lasting use
• Compatibility with GH230 and GH300 units
• Durability in commercial and industrial environments
• Exact fit for simple installation

Reliable Aftermarket Pump Sleeve

Manufactured in the U.S.A. by Bedford Precision Inc., this sleeve is an excellent alternative to factory parts. It meets the highest quality standards and is built to restore the sprayer’s efficiency while saving on replacement costs.

The aftermarket pump sleeve by Bedford is a preferred choice for professionals who demand reliable and affordable parts that don't compromise performance.

Trust the Bedford 57-3851 when maintaining your GH230 or GH300 sprayer. It is a cost-effective and performance-driven solution designed to keep your equipment operating at peak levels.