In the demanding environment of shipbuilding, where precision, durability, and efficiency are paramount, Osborn stands out as a trusted partner. Our comprehensive range of high-quality tools and expert guidance ensures that shipbuilders can achieve optimal results in their surface finishing, cleaning, and other industrial processes.
At Osborn, we provide not just high-quality tools, but also expert guidance and a commitment to helping you achieve optimal results. Osborn is a reliable partner for businesses seeking to improve their surface finishing, cleaning, and other industrial processes.
Our experts are experienced in surface treatment solutions and finishing tools, ready to partner with customers on how best to achieve optimum results.
We offer a wide range of products specific to metal finishing in marine and shipbuilding.
Our manufacturing facilities across the United States and Mexico ensure the highest quality in the market.
Our complete product line is available and sold through our distribution partners.
Explore the cutting-edge solutions we offer for the marine and shipbuilding industries. Our comprehensive brochure provides detailed information on our innovative products and services tailored to meet the unique demands of these sectors. Download our brochure today to discover how Osborn can help enhance your shipbuilding projects with high-quality, reliable solutions.
Affordable chip brush available in several varieties of fill with choice of wood or plastic handle.
Handy and economical, these efficient brushes are ideal for a wide variety of cleaning and surface preparation tasks. Brushes feature comfortable curved handle with choice of wire fill.
Durable wire and hardwood constructed scratch brush at an inexpensive price point. Available in a variety of wire fill materials to efficiently clean and prepare surfaces.
Effectively target clean small areas with this economical wire fill scratch brush. Durable molded plastic handle with hang hole comes in choice of wire or synthetic fill for use on various surfaces.
Enjoy American-made quality and performance at an economical price. Features Osborn’s proprietary TufWire™ wire strands, which outperform competitive products in both material removal and longevity. Works aggressively on a variety of jobs using air tools or portable tools.
Featuring proprietary TufWire™ wire strands twisted for added strength, Osborn Knot Wire End Brushes offers efficient, rugged brushing action to tackle a wide variety of tough cleaning and maintenance applications. Ideal for hard-to-reach areas and inner diameters, and can be operated at high speed on CNC equipment.
Featuring Osborn’s proprietary TufWire™ wire strands and cable twist knots, our High Speed Small Grinder Cable Knot Wheel Brushes are designed to tackle applications that need more aggressive action than standard knot wire brushes can offer. Premium rigid wire provides efficient and uniform cleaning and coating removal.
Osborn’s Crimped Wire End Brush features high-quality wire construction and a ¼” shank for convenient mounting on hand-held power tools and CNC equipment. Engineered to provide uniform brushing action when operated at high speeds. Small diameter and brush flexibility make them ideal for recesses and other difficult-to-reach areas.
Osborn Knot Wire Cup Brushes offer unmatched aggressiveness to tackle heavy-duty large surface jobs. Manufactured with proprietary best-in-class TufWire™, which allows for rigorous use and a longer lifespan. Designed to perform smoothly and efficiently on high-speed power tools.
Trust Osborn TufBrush™ products to get the toughest jobs done quickly and efficiently. Osborn’s unique design starts with quality wire. TufWire™, our proprietary wire strands, offers increased rigidity and aggressiveness. Combined with a unique knot design, TufBrush™ products consistently remove 60% more material than standard carbon steel wire varieties. Because of the brush’s state-of-the-art design, TufBrush products last twice as long as commodity brushes, which means less replacements and less downtime.