PB .850 PLUNGER BORE BR - Brush Research

Specifications

• Model Number: PB850
• Manufacturer: Brush Research
• Nominal Diameter: 0.850 inches (21.59 mm)
• Product Type: Plunger Bore Brush
• PB850

Key Features

• Precision Sizing: Engineered to a nominal diameter of 0.850 inches, ensuring an exact fit for specific plunger bores.
• Abrasive Filament Construction: Utilizes high-quality abrasive filaments designed for effective material removal and surface conditioning.
• Self-Centering Action: Designed to automatically center itself within the bore, providing uniform pressure and a consistent finish.
• Flexible Design: Features a flexible drive shaft and brush structure to navigate bore contours and reach challenging areas.
• Consistent Surface Finish: Delivers a reproducible surface finish essential for optimal plunger movement and sealing.

Applications

• Hydraulic and Pneumatic Systems: Ideal for maintaining critical plunger bores in valves, pumps, and cylinders.
• Component Overhaul: Used during repair and rebuilding processes to restore bore integrity and performance.
• Deposit Removal: Effectively cleans out carbon, rust, scale, and other operational deposits from bore surfaces.
• Surface Preparation: Prepares bores for new plungers or seals by creating an optimal sealing and wear surface.
• Industrial Machinery: Applicable across various industries for precision bore cleaning and finishing tasks.

Benefits

• Optimized Plunger Performance: Ensures smooth and consistent movement of plungers by eliminating friction-inducing imperfections.
• Extended Component Lifespan: Reduces wear and tear on both plungers and bore walls, prolonging the operational life of critical components.
• Improved Sealing Efficiency: Creates a consistent cross-hatch pattern, enhancing oil retention and promoting superior seal performance to prevent leaks.
• Reduced Downtime: Facilitates quick and effective bore maintenance, minimizing service intervals and operational interruptions.
• Cost-Effective Maintenance: By restoring bores to optimal condition, the need for expensive component replacement is significantly reduced.