84-C312 .006 LT CR C/S - Brush Research

Specifications

• Manufacturer: Brush Research Manufacturing (BRM)
• Model Number: BS84C312
• Product Identifier: 84-C312 .006 LT CR C/S
• Abrasive Type: Silicon Carbide (CR designation)
• Abrasive Grade: Fine grade, optimized for precise surface texture and plateau finishing (.006 designation)
• Application Focus: Designed for cylinder surface finishing (C/S designation)
• Weight: 0.04 lbs

Key Features

• Advanced Silicon Carbide Abrasive: Provides effective and consistent material removal for creating a superior surface finish.
• Flexible Design: Conforms accurately to bore irregularities, ensuring a uniform finish from one end of the bore to the other.
• Self-Centering Action: Automatically aligns within the bore, simplifying operation and promoting consistent results across various applications.
• Precision Abrasive Grade: Specifically engineered to achieve an optimal plateau finish, crucial for demanding mechanical component performance.
• Lightweight and Durable Construction: Facilitates easy handling and contributes to an extended tool lifespan in rigorous industrial environments.

Applications

• Cylinder Bore Finishing: Ideal for internal combustion engine cylinders, hydraulic and pneumatic cylinders, and brake calipers to improve performance.
• Deburring Operations: Effectively removes burrs from cross-drilled holes, ports, and keyways, enhancing component integrity and preventing premature wear.
• Surface Preparation: Prepares bore surfaces for superior oil retention and improved sealing, which is critical for demanding mechanical systems.
• Restoration and Maintenance: Suitable for restoring worn bores, removing glaze, and achieving specific surface texture requirements in repair and overhaul tasks.

Benefits

• Enhanced Component Performance: Achieve a precise plateau finish that maximizes the bearing surface area, significantly improving wear characteristics and extending part life.
• Superior Oil Retention: The unique cross-hatch pattern created by the tool promotes optimal lubrication, actively reducing friction and heat generation within assemblies.
• Improved Sealing Efficiency: Contributes to better piston ring seating, enhanced hydraulic seal performance, and minimizes fluid leakage, maximizing system efficiency.
• Consistent and Reproducible Results: Delivers uniform and repeatable surface finishes across multiple components, ensuring high-quality control and reliability in manufacturing and repair processes.
• Ease of Use: The tool's self-centering flexibility and adaptability simplify the honing process, allowing operators to achieve professional results even in complex or irregular bores with minimal effort.