NYLON 84-N2000 .022 LV - Brush Research

The Brush Research NYLON 84-N2000 .022 LV is a professional-grade 84 Series tube brush specifically engineered for thorough cleaning and finishing of through-holes in demanding automotive and industrial environments. This durable brush features abrasive nylon filaments designed to tackle internal bore imperfections, ensuring optimal component performance and longevity. It is an essential tool for technicians and mechanics requiring precise and consistent results for internal diameter applications.

Key Features

• Abrasive Nylon Construction: Composed of high-quality abrasive grains encapsulated within resilient nylon filaments, providing effective cleaning and deburring action on all sides of the filament.
• Optimal for Through-Holes: Designed with a single stem, single spiral construction and a convenient ring handle, making it ideal for hand-cleaning applications in thru-holes.
• Effective Cleaning and Deburring: Excellently removes chips, oil, dirt, rust, and corrosion, contributing to superior surface preparation and reduced wear on mating components.
• Durable .022" 6-12 Nylon Filament: The .022-inch diameter 6-12 nylon filaments offer a robust yet flexible solution for consistent, professional-grade finishing.
• Resists Loading: Unlike traditional brushes, the abrasive nylon construction resists loading, allowing for faster and more efficient performance without material buildup.
• Made in the USA: Manufactured by Brush Research, ensuring high standards of quality and reliability for professional use.

Applications

The Brush Research NYLON 84-N2000 .022 LV tube brush is indispensable for a variety of critical maintenance and finishing tasks. It is widely used in automotive workshops for cleaning engine component bores, hydraulic valve bodies, and fuel system passages, where removing carbon deposits, rust, and residual machining chips is crucial. In industrial settings, this brush is perfect for deburring cross-holes, cleaning pneumatic cylinders, clearing fluid lines, and preparing surfaces in machined components to improve fit, function, and seal integrity. Its design allows for effective manual operation, providing controlled cleaning in intricate and hard-to-reach internal diameters.