CAT 1 7/8 DIA. - Brush Research

Specifications

• Manufacturer: Brush Research Manufacturing Co., Inc.
• Model Number: CAT1
• Product Name: CAT 1 7/8 DIA.
• Nominal Diameter: 7/8 inch
• Weight: 1 lbs
• Overall Product Dimensions: 17.5 x 3.75 x 1 inches

Key Features

• Precision 7/8 Inch Diameter: Engineered for exact fit and optimal contact within specific bores and internal surfaces.
• Industrial-Grade Construction: Built with durable materials to withstand demanding use in professional and heavy-duty applications.
• Flexible Abrasive Design: Conforms to irregular surfaces, ensuring uniform treatment and comprehensive coverage.
• Specialized Filament Material: Designed by Brush Research Manufacturing Co., Inc. for effective material removal and surface refinement.

Applications

• Bore and Cylinder Cleaning: Effectively removes carbon deposits, rust, and debris from internal diameters of pipes, tubes, and engine cylinders.
• Surface Finishing and Honing: Creates an optimal surface finish for improved lubrication retention and reduced wear in hydraulic components, gear housings, and critical machined parts.
• Deburring Operations: Efficiently eliminates burrs and sharp edges in cross-drilled holes, ports, and other machined features, ensuring smooth and safe component integration.
• Engine Maintenance: Ideal for reconditioning cylinder walls in small engines, compressors, or other applications requiring a 7/8 inch bore tool.

Benefits

• Enhances Component Lifespan: Promotes proper sealing and reduces friction, leading to extended service life for treated parts.
• Optimizes Performance: Improves operational efficiency and reliability by ensuring clean, smooth, and precisely finished surfaces.
• Saves Time and Labor: Provides a fast and efficient method for cleaning and finishing, minimizing manual effort and increasing productivity.
• Ensures Consistent Quality: Delivers uniform and repeatable results, maintaining high standards across all applications.
• Reduces Maintenance Costs: Contributes to fewer breakdowns and less frequent part replacement, lowering overall operational expenses.