CAT 2 9/16 DIA. - Brush Research

Specifications

• Manufacturer: Brush Research
• Model: CAT2
• Diameter: 9/16 inch (14.29 mm)
• Part Number: CAT2
• Design: Flexible, self-centering abrasive tool
• Construction: High-quality abrasive material bonded to flexible nylon filaments

Key Features

• Precision Sizing: Specifically engineered for 9/16 inch diameter bores, ensuring accurate and consistent surface conditioning.
• Flexible Design: Conforms seamlessly to bore irregularities, addressing roundness issues and maintaining uniform material removal.
• Self-Centering Action: Integrates easily into existing setups without complex fixturing, simplifying operation and reducing setup time.
• Specialized Abrasive: Utilizes a durable abrasive formulation optimized for controlled material removal and superior surface finish enhancement.
• Controlled Cross-Hatch Pattern: Creates an ideal cross-hatch pattern on bore surfaces, crucial for oil retention and minimizing friction.

Applications

• Cylinder Honing: Essential for small engine cylinders, hydraulic and pneumatic cylinders, and other critical bore components requiring a precision finish.
• Deburring: Effectively removes burrs, sharp edges, and machining imperfections from bore interiors and cross-drilled holes.
• Surface Finishing: Prepares surfaces for improved sealing, coating adhesion, and reduced wear in demanding mechanical applications.
• Precision Machining: Employed in aerospace, automotive, medical device manufacturing, and general machining for conditioning small diameter holes.
• Component Maintenance: Restores optimal surface finish in worn or reconditioned parts, extending their operational lifespan and performance.

Benefits

• Enhances Component Performance: Improves the operational efficiency and longevity of parts by creating a superior surface finish.
• Reduces Friction and Wear: The optimized cross-hatch pattern effectively retains lubricants, significantly minimizing metal-to-metal contact.
• Improves Sealing Capabilities: Ensures a consistent and smooth bore surface, leading to enhanced seal performance and reduced leakage in critical systems.
• Extends Part Lifespan: Eliminates microscopic stress risers and imperfections that can lead to premature component failure.
• Ensures Processing Consistency: Delivers uniform results across multiple applications, providing reliable quality control for precision-engineered components.