GBD 7-1/2" (190mm) Brake Cylinder Flex-Hone 240SC Grit - Brush Research

Specifications

• Model Number: GBD71224
• Hone Diameter: 7-1/2 inches (190mm)
• Abrasive Type: Silicon Carbide (SC)
• Grit: 240
• Weight: 2.63 lbs
• Manufacturer: Brush Research

Key Features

• Patented Flex-Hone Design: Features a self-centering, self-aligning design that ensures a consistent, uniform cross-hatch pattern within the cylinder bore.
• Silicon Carbide Abrasive: Utilizes 240 grit Silicon Carbide (SC) abrasive for effective deglazing, cleaning, and precise surface finishing of brake cylinders.
• Flexible Drive Shaft: Designed with a flexible drive shaft for easy connection to various power drills, facilitating controlled and efficient honing.
• Ball-Style Brushes: The unique ball-style abrasive globules conform to the cylinder bore, providing a uniform plateau finish and excellent oil retention properties.
• Durable Construction: Built for resilience and repeated use in demanding automotive repair and maintenance environments.

Applications

• Resurfacing and deglazing of automotive brake master cylinders.
• Honing and finishing of wheel cylinders for optimal seal performance.
• Preparing brake cylinder bores for the installation of new seals and pistons.
• Restoring the ideal surface finish in hydraulic and pneumatic cylinder applications.
• Essential tool for professional automotive brake system maintenance and overhaul.

Benefits

• Improved Brake Performance: Creates an optimal cross-hatch pattern that enhances proper brake seal seating, preventing leaks and contributing to reliable braking.
• Extended Seal Life: The uniform plateau finish reduces wear on seals, promoting their longevity and preventing premature failure.
• Enhanced Lubrication Retention: The precisely engineered surface texture effectively retains hydraulic fluid, ensuring smooth piston movement and operation.
• Reduced Break-in Period: Facilitates a quicker break-in for newly installed seals by providing an ideal surface immediately.
• Consistent Professional Results: Offers an efficient method to achieve a high-quality, non-directional surface finish, streamlining brake system repair and maintenance tasks.