End Flared Brush - 1/2 In Dia. - .006 Carbon Steel

Specifications

• Manufacturer: Brush Research
• Model Number: {manufacturers_part_number}
• Brush Type: End Flared Brush
• Diameter: 1/2 inch (0.50 inch)
• Filament Material: .006 Carbon Steel

Key Features

• End Flared Design: Engineered with a distinct flare at the brush tip, this design optimizes contact for aggressive cleaning and deburring in blind holes, internal bores, and hard-to-reach areas.
• Durable Carbon Steel Filaments: Utilizes robust .006 inch carbon steel wires that provide strong abrasive action, making it suitable for demanding material removal and surface preparation tasks.
• Precise 1/2 Inch Diameter: Specifically sized to fit 1/2-inch holes, tubes, and passages, ensuring thorough and consistent cleaning or deburring performance.
• Industrial-Grade Construction: Built by Brush Research for professional and industrial applications, offering reliability and extended service life.

Applications

• Cleaning and deburring internal diameters of pipes, tubes, and machined components.
• Removing rust, scale, and deposits from blind holes and deep internal passages.
• Finishing and surface preparation in cross-drilled holes.
• Cleaning hydraulic fittings and pneumatic parts.
• Preparing surfaces for welding or coating by removing contaminants.

Benefits

• Efficient Material Removal: The aggressive .006 carbon steel filaments and end flared design effectively clean and remove stubborn debris, burrs, and contaminants, reducing processing time.
• Enhanced Access and Coverage: Reaches deep into blind holes and tight internal spaces, ensuring comprehensive cleaning and deburring where traditional brushes may fall short.
• Improved Part Quality: Delivers a consistent and uniform finish by effectively deburring edges and cleaning surfaces, leading to higher quality components and reduced rework.
• Long-Lasting Performance: Constructed for durability, this carbon steel brush withstands rigorous use in industrial settings, providing reliable performance over time.