BNH 16S .006SS SM DIA CUP BR - Brush Research

Part #: BNH16S06

Small Diameter Design: Engineered for precision access in tight spaces, intricate part geometries, and internal diameters.
Fine .006" Stainless Steel Filaments: Offers gentle yet effective abrasive action. Stainless steel ensures corrosion resistance and prevents workpiece contamination.
Cup Brush Configuration: Optimally shaped for side cleaning, light deburring, and surface finishing on various contours and flat surfaces.
Durable Industrial Construction: Built for sustained performance in demanding industrial applications, ensuring reliability and extended operational life.

Precision Deburring: Effectively removes light burrs from machined components, drilled holes, and edges without altering critical dimensions.
Surface Preparation: Cleans intricate surfaces, removes minor corrosion, scale, and contaminants, preparing parts for subsequent processes.
Finishing and Polishing: Achieves a uniform, smooth surface finish on small components, particularly beneficial for stainless steel materials.
Cleaning in Confined Spaces: Ideal for reaching and cleaning tight corners, grooves, and internal diameters where larger brushes are unsuitable.
Medical Device Manufacturing: Suitable for non-contaminating cleaning and finishing of small stainless steel parts due to its fine filaments and material.

Enhanced Surface Quality: Delivers a consistent and smooth finish, improving the aesthetic appeal and overall quality of components.
Improved Part Functionality: Efficiently removes burrs and surface imperfections, leading to better fit, form, and function of assembled parts.
Prevents Contamination: Stainless steel bristles minimize the risk of ferrous contamination on workpieces, crucial for sensitive applications and stainless steel materials.
Increased Efficiency: The precise design and fine filaments allow for targeted work, reducing manual finishing time and potential rework.
Versatile Performance: Capable of handling a wide range of tasks, from delicate cleaning to light deburring, with consistent results.