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# Abbott Ball Company: Balls for Bearings | Precision Balls

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## Posts
- [Brass Ball Bearings: Where Are They Used in Mechanical Systems?](https://abbottball.com/brass-ball-bearings-mechanical-systems/): Mechanical systems depend on precision-engineered components to ensure smooth operation, reduce friction, and improve efficiency. Among these essential components, brass ball bearings play a critical role in a wide range of industrial and commercial applications. Their corrosion resistance, durability, and ability to perform in specialized environments make them a preferred choice for many engineers and manufacturers. As a trusted industry leader, Abbott Ball provides high-quality brass ball solutions that support the performance and longevity of mechanical systems across multiple industries.
- [Solid Aluminum Balls: Why Are They Used in Lightweight Engineering?](https://abbottball.com/solid-aluminum-balls-lightweight-engineering/): Lightweight engineering has become a critical focus across industries ranging from aerospace and automotive manufacturing to robotics and industrial equipment. Engineers continuously seek materials and components that deliver strength, durability, and performance without adding unnecessary weight. Among the many solutions available today, solid aluminum balls have emerged as a valuable component in numerous engineering applications.
- [Chrome Steel Bearing: What Are Its Industrial Uses and Benefits?](https://abbottball.com/chrome-steel-bearing/): Chrome steel bearing components are among the most widely used precision-engineered products across modern industries. Known for their exceptional hardness, wear resistance, and long service life, these bearings help machinery operate efficiently under demanding conditions. Companies across automotive, aerospace, manufacturing, mining, and industrial sectors rely on chrome steel bearing solutions for dependable performance.
- [Stainless Steel Balls Manufacturer: How Do You Choose a Reliable Supplier?](https://abbottball.com/stainless-steel-balls-manufacturer/): As industries continue to demand higher performance standards, choosing a trusted stainless steel balls manufacturer becomes increasingly important. Whether you operate in automotive manufacturing, aerospace, medical equipment production, food processing, or industrial machinery, the quality of your stainless steel balls directly affects the reliability of your final product.
- [Precision Metal Balls: What Are They Used for in Industrial Applications?](https://abbottball.com/precision-metal-balls-industrial-applications/): Modern industries rely heavily on components that deliver accuracy, consistency, and durability. Among these critical components, precision metal balls play an essential role in ensuring smooth motion, minimizing friction, and maintaining operational efficiency across countless mechanical systems.
- [Industrial Applications of Drilled Steel Ball Components in Mechanical Assemblies](https://abbottball.com/drilled-steel-ball-industrial-applications-abbott-ball/): A drilled steel ball is a precision-engineered component widely used in modern mechanical assemblies where accuracy, strength, and controlled movement are essential. These components are designed to support complex engineering functions across industries such as automotive, aerospace, robotics, and fluid control systems. Their ability to maintain stability under demanding operating conditions makes them a dependable choice for high-performance applications.
- [Benefits of Aluminum Balls for Lightweight Engineering and Aerospace Projects](https://abbottball.com/benefits-of-aluminum-balls-for-aerospace-engineering/): Aluminum balls are widely used in aerospace, automotive, robotics, and precision engineering due to their lightweight structure, corrosion resistance, and reliable performance in demanding environments. In lightweight engineering and aerospace applications, they help improve efficiency while maintaining strong structural performance.
- [Why Drilled Steel Balls Are Essential for Custom Mechanical Designs](https://abbottball.com/why-drilled-steel-balls-matter-in-custom-mechanical-design/): As industries continue to demand tighter tolerances and more specialized components, engineers rely on trusted suppliers of high-quality custom steel balls designed for performance and durability.. These drilled steel balls are used in applications ranging from valve systems and flow control mechanisms to advanced motion and automation systems, making them highly versatile in demanding environments.
- [How Solid Gold Balls Are Used in Electronics, Laboratory Equipment, and Precision Devices](https://abbottball.com/how-solid-gold-balls-support-precision-electronics-devices/): Solid gold balls are widely used in advanced industries that require exceptional conductivity, corrosion resistance, and precision performance. From electronics manufacturing and laboratory equipment to aerospace systems and medical technology, these components support reliable operation in highly sensitive applications where accuracy and durability are essential. Their superior electrical properties and resistance to oxidation make them ideal for precision instruments, semiconductor assemblies, testing equipment, and specialty mechanical systems.
- [Industrial Uses of Carbon Steel Ball Components in Heavy Machinery](https://abbottball.com/industrial-carbon-steel-ball-uses-in-heavy-machinery/): As manufacturing processes become increasingly automated and precision-driven, understanding the strategic applications for the carbon steel ball has never been more crucial for industry professionals. This guide explores the diverse applications, performance characteristics, and selection strategies that drive success in heavy machinery operations using high-quality industrial steel balls.
- [Key Advantages of Chrome Ball Bearings in High-Performance Equipment](https://abbottball.com/advantages-chrome-ball-bearings-high-performance-equipment/): These chrome ball bearings are widely recognized for their strength, hardness, and resistance to wear. As part of essential bearing components, they are commonly used in applications that require high precision balls capable of maintaining tight tolerances under stress. This article explores the key advantages of these components, their composition, and why they are preferred in high-performance equipment.
- [Why Hollow Brass Balls Are Ideal for Float Valves and Industrial Systems](https://abbottball.com/why-hollow-brass-balls-are-ideal-for-float-valves-and-industrial-systems/): In the expansive landscape of fluid control and mechanical systems, specific components play a vital role in maintaining reliable, continuous operation. Among these critical elements, spherical metal components represent a pinnacle of engineering balance. These parts are frequently integrated into float valves and various complex industrial mechanisms where precise liquid level regulation is a necessity. By serving as the sensory and mechanical heart of float assemblies, they ensure that liquids are managed with accuracy and efficiency across diverse environments.
- [How a Steel Balls Manufacturer Ensures Consistent Quality and Performance](https://abbottball.com/how-a-steel-balls-manufacturer-ensures-consistent-quality-and-performance/): Steel balls function as essential components across diverse sectors, including automotive, aerospace, medical equipment, and heavy machinery. While they are small, they play a vital role in facilitating smooth movement, minimizing friction, and maintaining the efficiency of mechanical systems. Given their integration into sensitive applications like bearings, pumps, and motion control systems, maintaining consistent quality is a high priority. Precision in size, hardness, and roundness directly influences the reliability of the entire system. By combining material science with precision engineering, manufacturers deliver results that satisfy demanding industrial standards.
- [Steel Ball Lifecycle Management: Corrosion, Storage, and Maintenance](https://abbottball.com/steel-ball-lifecycle-corrosion-storage-and-care/): Effective lifecycle management is a multifaceted discipline that helps maintain operational reliability while controlling long-term expenses. It requires a deep understanding of how different materials, such as carbon steel balls, brass balls, plastic balls, or aluminum balls, respond to specific stressors. By implementing standardized protocols for monitoring and upkeep, organizations can significantly reduce the risk of catastrophic system failure. This guide explores the essential pillars of lifecycle management, including rust prevention, proper storage methods, and the critical balance between maintenance cost vs initial investment to ensure peak performance in any application.
- [When to Use Aluminum or Hollow Aluminum Spheres: A Comprehensive Engineering Guide](https://abbottball.com/when-to-use-aluminum-balls-complete-engineering-guide/): Selecting the appropriate aluminum balls requires a deep evaluation of material grades, load requirements, and fabrication methods. This guide explores the technical differences between these options to help manufacturers make informed decisions for aerospace, automotive, and industrial applications.
- [Brass Balls and Hollow Brass Spheres: Material Properties and Common Industrial Uses](https://abbottball.com/brass-balls-and-hollow-brass-spheres-material-properties-and-common-industrial-uses/): This article provides an expansive look at these components, exploring everything from the brass chemical composition to their specialized roles in fluid dynamics and architectural design. By analyzing these factors, engineers and project managers can better understand why this copper-based alloy remains a preferred choice for high-performance applications.
- [Chrome Steel vs Carbon Steel Balls: Choosing the Right Material for Bearing Applications](https://abbottball.com/chrome-steel-vs-carbon-steel-balls-choosing-the-right-material-for-bearing-applications/): This in-depth technical comparison examines these two materials with a focus on their performance in bearing applications. It explores material composition, wear resistance, load handling, and the importance of surface finish to support informed decision-making for your next project.
- [What are carbon steel balls and when should you use them?](https://abbottball.com/what-are-carbon-steel-balls-and-when-should-you-use-them/): Carbon steel balls are precision-engineered spherical components made from steel alloyed with carbon. They are widely used in industries such as automotive, manufacturing, machinery, and consumer products due to their strength, durability, and reliable performance.
- [What Defines a Precision Ball and How Tolerances Affect Performance](https://abbottball.com/what-defines-a-precision-ball-and-how-tolerances-affect-performance/): Precision balls are the foundational spherical components inside rolling-element bearings. They are vital for enabling smooth rotation, minimizing friction, and sustaining operational load. These components are differentiated from standard bearing spheres by their extreme accuracy in shape, size, surface smoothness, and strict adherence to industry standards.
- [Ball Testing Methods: Ensuring Every Ball Meets Standards](https://abbottball.com/ball-testing-methods-ensuring-every-ball-meets-standards/): Precision defines the foundation of every manufacturing process. In industries where accuracy and consistency determine success, testing each ball for shape, hardness, and surface quality is vital. Whether used in aerospace mechanisms, automotive systems, or medical devices, every ball must meet strict specifications to guarantee durability and safe operation.
- [Blind Shipping and Special Packaging: Discreet and Secure Deliveries](https://abbottball.com/blind-shipping-and-special-packaging-discreet-and-secure-deliveries/): Businesses that sell high-value, regulated, or sensitive products often require more than standard carrier options. Blind shipping services and specialized packaging provide discreet, secure, and brand-controlled logistics solutions that protect client confidentiality while meeting regulatory and operational requirements. This guide explains how this logistics model works, the packaging options available, best practices for private labeling, and considerations for ensuring safe, compliant deliveries across domestic and international supply chains.
- [Innovations in Ball Manufacturing: Embracing New Technologies for Precision and Performance](https://abbottball.com/innovations-in-ball-manufacturing-embracing-new-technologies-for-precision-and-performance/): Abbott Ball has been at the forefront of precision ball manufacturing for decades, setting the standard for innovation, quality, and reliability. As one of the most trusted names in the industry, the company continuously invests in advanced technologies and materials to produce precision balls that meet the exacting needs of global industries.
- [Ball Inventory Management: Keeping Production on Track](https://abbottball.com/ball-inventory-management-keeping-production-on-track/): At Abbott Ball Company, we know that efficient production depends on precise planning and dependable inventory control. Managing the right balance between supply and demand is one of the biggest challenges manufacturing and procurement teams face today. A single delay in inventory delivery or miscalculation in stock levels can lead to production stoppages, lost time, and higher costs.
- [Custom Ball Manufacturing: Tailoring to Your Needs](https://abbottball.com/custom-ball-manufacturing-tailoring-to-your-needs/): In today’s evolving manufacturing landscape, the demand for customized components is stronger than ever. Industries are no longer satisfied with generic solutions. They require precision, reliability, and the ability to adapt products to highly specific applications. Custom ball solutions stand at the forefront of this trend, offering manufacturers and developers the flexibility to meet their unique needs.
- [The Future of Precision Balls: Emerging Applications and Markets](https://abbottball.com/the-future-of-precision-balls-emerging-applications-and-markets/): Precision balls, though small and often overlooked, are critical components in modern engineering. They are used in countless applications where accuracy, smooth motion, and durability are essential. Historically, precision balls have been associated with industries like automotive, aerospace, and industrial machinery. However, as global technologies evolve and new markets emerge, the role of precision balls is expanding rapidly.
- [The Importance of Tolerances in Precision Balls](https://abbottball.com/the-importance-of-tolerances-in-precision-balls/): In high-precision engineering applications, even the smallest inconsistencies can result in significant performance issues. Among the most tightly controlled components in mechanical systems are precision balls, which are integral to bearings, valves, pumps, aerospace systems, measuring instruments, and medical devices. These spherical components must meet extremely narrow specifications to ensure optimal functionality. One of the most critical specifications is tolerance.
- [Precision Balls in Aerospace: Meeting the Highest Standards](https://abbottball.com/precision-balls-in-aerospace-meeting-the-highest-standards/): Precision engineering is at the heart of the aerospace industry. From aircraft engines to satellite systems, every component must meet the most stringent performance standards to ensure safety, reliability, and functionality. Among the often-overlooked but vital components are precision balls, which play critical roles in bearings, actuation systems, gyroscopes, and control assemblies.
- [Exploring Ball Materials: Nitinol, Tantalum, and More](https://abbottball.com/exploring-ball-materials-nitinol-tantalum-and-more/): Exotic ball materials are reshaping what's possible in the world of advanced manufacturing. As industries evolve to meet more demanding specifications—whether for temperature extremes, chemical exposure, or mechanical stress—the limitations of standard materials become increasingly clear. Exotic materials offer tailored solutions that extend product life, boost reliability, and often reduce maintenance costs in critical applications.
- [Automotive Innovations: The Role of Precision Balls](https://abbottball.com/automotive-innovations-the-role-of-precision-balls/): In today’s rapidly evolving automotive landscape, innovation is driven by a relentless push for better performance, efficiency, and reliability. Behind every major advancement—whether in electrification, automation, or fuel economy—are precision components working silently in the background. Among these, precision balls play an often-overlooked yet vital role in enhancing vehicle operation. Their influence extends across engine systems, drivetrains, and braking mechanisms, helping engineers achieve higher durability, lower friction, and improved power delivery.
- [The Journey of a Precision Ball: From Wire to Sphere](https://abbottball.com/the-journey-of-a-precision-ball-from-wire-to-sphere/): The precision ball industry is a critical segment of the manufacturing sector, primarily serving the automotive, aerospace, construction, electronics, and medical industries. Precision balls are integral components in various applications where high precision, consistency, and durability are paramount. Within the United States market, companies like Abbott Ball have been at the forefront, ensuring quality and reliability in the production of these essential components.
- [Choosing the Right Material for Your Ball Bearings](https://abbottball.com/choosing-the-right-material-for-your-ball-bearings/): Ball bearings are a crucial component in numerous industrial applications, from aerospace and automotive to electronics and medical equipment. The selection of the right material for ball bearings can significantly impact their performance, longevity, and suitability for specific environments. This comprehensive guide delves into the key considerations for choosing the optimal material for ball bearings, backed by data and expertise.
- [The Use of Metal Balls in the Military & Defense Industry](https://abbottball.com/the-use-of-metal-balls-in-the-military-defense-industry/): Metal balls are a crucial component in many applications within the military and defense industry. Used for everything from ammunition in firearms to bearings in vehicles and aircraft, these small, spherical objects play a significant role in maintaining operational effectiveness and reliability. This article explores the various uses of metal balls in the military and defense sector, backed by data-driven insights and authoritative sources.
- [Top Industries That Benefit from Tungsten Balls and Their Unique Properties](https://abbottball.com/top-industries-that-benefit-from-tungsten-balls-and-their-unique-properties/): Tungsten balls are widely used in various industries due to their extreme durability, high density, and resistance to wear and corrosion. From aerospace to medical applications, these precision-engineered components offer unparalleled performance where strength and reliability are essential.
- [How Precision Balls Improve Automotive Performance & Efficiency](https://abbottball.com/how-precision-balls-improve-automotive-performance-efficiency/): Precision balls are spherical components manufactured to exacting tolerances, designed to provide high-performance results in a variety of applications. They are commonly used in the automotive industry within ball bearings, which support rotational or linear movement and reduce friction between moving parts. The applications of precision balls span several critical automotive areas including wheel bearings, transmissions, doors, and engine components.
- [Chrome Ball Bearings: Properties, Applications, and Benefits](https://abbottball.com/chrome-ball-bearings-properties-applications-and-benefits/): Chrome ball bearings are essential components in many industries, from automotive to aerospace. Their high durability, precision, and resistance to wear make them indispensable in various mechanical applications. This blog delves into their key properties, applications, and benefits while offering expert insights into why they are the preferred choice for precision machinery.
- [Choosing the Right Bearing Housing: A Comprehensive Guide](https://abbottball.com/choosing-the-right-bearing-housing-a-comprehensive-guide/): Bearing housings are critical components in various mechanical systems, providing support and protection for bearings, ensuring their optimal performance and longevity. The right bearing housing not only enhances the efficiency of the equipment but also minimizes maintenance costs and downtime. 
- [Understanding Carbon Steel Balls: Uses and Benefits](https://abbottball.com/understanding-carbon-steel-balls-uses-and-benefits/): Carbon steel balls are an essential component in various industrial applications due to their exceptional strength, durability, and cost-effectiveness. These balls, made from a versatile material, play a crucial role in ensuring the smooth operation of machinery, automotive components, and consumer products. 
- [Understanding Carbon Steel vs Stainless Steel: Key Differences](https://abbottball.com/understanding-carbon-steel-vs-stainless-steel-key-differences/): Steel is one of the most versatile and widely used materials in the world, known for its strength, durability, and adaptability. Among the many types of steel, carbon steel and stainless steel are two of the most common and essential. Each has unique properties and applications, making it crucial to understand their differences to select the right material for your needs. In this blog, we'll explore the key differences between carbon steel and stainless steel, their advantages, and their specific applications.
- [Exploring the Versatility of Titanium Balls: Facts and Applications](https://abbottball.com/exploring-the-versatility-of-titanium-balls-facts-and-applications/): Titanium, known for its exceptional strength-to-weight ratio and corrosion resistance, has become a cornerstone material in various high-performance applications. Among its many uses, titanium balls stand out for their critical roles in aerospace, medical devices, and industrial machinery. This blog delves into the fascinating world of titanium balls, exploring their properties, applications, and some surprising facts.

## Pages
- [Test](https://abbottball.com/test/): Search for:
- [Quality Documentation](https://abbottball.com/services/quality-documentation/): Abbott Ball will help you achieve lower cost, quicker turnaround and the highest quality production possible. We are poised to help you create innovative new ways to serve existing markets and new levels of expertise for emerging markets.
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- [Learn More](https://abbottball.com/learn-more/): Experience the precision of excellence! Elevate your manufacturing process with Abbott Ball. To learn more about any of the products and services provided, simply complete the form below.
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- [Request For Quote](https://abbottball.com/request-for-quote/): To learn more about any of the products and services provided by Abbott Ball Company, Inc., simply complete the form below.
- [Toys](https://abbottball.com/industries/welding-2/): TOYS Industries Balls for Bagatelle GameBalls for Labyrinth Balls for Pachinko GameBalls for PendulumBalls for PinballHand Fidget ToysReplacement Balls for Toys
- [Welding](https://abbottball.com/industries/welding/): WELDING Industries Specialty alloy miniature ball for spot welds.Aluminum balls for spot welds.Aluminum balls 1100 H16 for Stud WeldingStud welding size range: .080”, .093”, .109”, .125”.156”, 187”
- [Other Ball Materials](https://abbottball.com/materials/other-ball-materials/): Abbott manufactures other specialty materials such as Copper, Monel and Kmonel, Silver balls and offers glass balls for special applications. These materials were developed along with our customers for specific requirements. Abbott prides itself on working with its customers to manufacture products that meet specific needs.
- [Plastic Balls](https://abbottball.com/materials/plastic-balls/): Plastic balls are an effective, economical substitute in low load bearings, agitators in aerosol spray cans, and in lightweight check valves. Plastic is lower in cost and used where weight is not an issue, or a lightweight material is desired. Abbott can supply plastic balls in Acetal, Celcon®, nylon, Delrin® and Polypropylene. Plastic ball surface finishes may vary from coarse to highly polished, according to customer specification.  Various colors and fillers are also available. Plastic balls are offered in a range of sizes and tolerances (grades).
- [Glass Balls](https://abbottball.com/materials/glass-balls/): Glass balls for crafts, decoration, hobby and a range of uses limited only by imagination and creativity. From marbles and party decorations to “crystal” balls, these spherical, transparent, colored or clear balls can serve many purposes.
- [Tantalum Balls](https://abbottball.com/materials/tantalum-balls/): Abbott Ball will help you achieve lower cost, quicker turnaround and the highest quality production possible. We are poised to help you create innovative new ways to serve existing markets and new levels of expertise for emerging markets.
- [Titanium Balls](https://abbottball.com/materials/titanium-balls/): Abbott titanium balls are manufactured per 6AL4V ELI ASTM F-136. Titanium balls are widely used in aircraft, medical, industrial and jewelry industries. Abbott's precision finish ensures surface uniformity and aesthetics for jewelry use. Since Abbott balls are free from pits, cuts or other surface imperfections, they are also perfect for use in body jewelry. Abbott titanium balls meet the Association of Professional Piercers (APP) standard for jewelry in order to promote safe piercings. Titanium is generally preferred because of its light weight, exceptional anti-corrosive properties, and high level of tension/compression strength. Titanium balls have the ability to stand up to high temperature applications. Other alloys of Titanium available upon request.
- [Gold Balls](https://abbottball.com/materials/gold-balls/): Abbott gold balls are mostly used in the jewelry industry. Abbott's precision finish ensures surface uniformity and aesthetics for jewelry use. Since Abbott balls are free from pits, cuts or other surface imperfections, they are also perfect for use in body jewelry. They meet the Association of Professional Piercers (APP) standards for jewelry in order to promote safe piercing. Abbott holds stock in both 14K and 18K yellow gold in sizes: 1/8, 5/32, 3/16, 7/32 and 1/4". Other sizes, white gold and nickel-free gold balls are available upon request. Abbott will stock gold ball orders to hold gold market pricing constant.
- [Platinum Balls](https://abbottball.com/materials/platinum-balls/): Abbott platinum balls are especially suited for electrical and electronic contacts. Abbott's precision finish ensures uniformity of conductivity and assures reliable performance for electronic circuitry. Since Abbott platinum balls are free from pits, cuts or other surface imperfections, they are also perfect for use in jewelry. Abbott produces a wide range of platinum alloys, including Nickel, Iridium and Palladium. Abbott engineers will work with you to develop the right platinum balls for your electrical contact, electronics or jewelry application. Platinum balls are available in a range of sizes, tolerances and grades. Abbott also manufactures miniature platinum rivets for use in electrical contacts in automotive applications. Please contact one of our engineers for more information on the miniature Platinum Rivets. Pricing is based on raw material costs.
- [Tungsten Carbide Balls](https://abbottball.com/materials/tungsten-carbide-balls/): Tungsten Carbide balls are used in a variety of applications where extreme hardness and wear resistance is required. Tungsten Carbide has has emerged as a superior alternative to steel in many applications where severe conditions occur, such as high abrasion, corrosion and high temperatures.
- [Aluminum Balls](https://abbottball.com/materials/aluminum-balls/):  
- [Brass Balls](https://abbottball.com/materials/brass-balls/): Brass balls exhibit good corrosion resistance in environments where fuel oil, gasoline, kerosene, and alcohol are present. Brass is a non-ferrous material. Brass balls provide excellent resistance to corrosion by water. Brass also exhibits excellent electrical conductivity. Abbott manufactures Brass balls for the automotive and electronic industries. Abbott brass balls are also widely used in the security and appliance industries for dip and tilt switches. Brass balls are available in a range of sizes, tolerances and grades of brass.
- [Rock Bit Tool Steel Balls](https://abbottball.com/materials/rock-bit-tool-steel-balls/): Rock Bit S-2 Tool Steel balls are designed to work well in very extreme conditions that are common when drilling deep into the ground. The balls provide the strength and toughness that is required to withstand heavy force and the abrasion of pulverized rock. These balls also have unusually good wear characteristics due to the materials hardening capabilities.
- [Chrome Steel Balls](https://abbottball.com/materials/chrome-steel-balls/): ASIA Type 52100 Chrome Steel Balls are used in the ball and roller bearing industry and for a variety of automobile applications. These Chrome Steel Balls have excellent surface quality. They offer superior wear resistance, high hardness and high load bearing capacity as a result of through-hardening.
- [Carbon Steel Balls](https://abbottball.com/materials/carbon-steel-balls/): Abbott offers carburized balls and case hardened carbon steel balls. Carbon balls in the soft stage with no heat treatment are also available. Through-hardened carbon balls are available upon request. Balls with both low and high carbon content are also offered. Abbott carbon steel balls are used in automotive applications, for semi-precision bearings, and in commercial applications such as casters, locks, and drawer slides. Other applications for carbon steel balls include locks, bicycles, roller skates, slides, trolleys and conveyors.
- [Nitinol 60](https://abbottball.com/materials/nitinol-60/):  
- [904L Stainless](https://abbottball.com/materials/stainless-steel/904l-stainless/): Type 904L is Abbott's most corrosion resistant stainless steel. The "L" stands for low carbon (0.030% or less). Type 904L is also an austenitic alloy. It combines nickel, chromium molybdenum and copper with iron for tremendous resistance to corrosion. AISI 904L ball applications include dispenser valves, finger pumps and spray pumps.
- [NIT50 Stainless](https://abbottball.com/materials/stainless-steel/nit50-stainless/): AISI Nitronic 50 stainless steel is an austenitic stainless steel offering a blend of strength and superior corrosion resistance. Unlike many stainless steels, Nitronic 50 does not become magnetic when cold-worked. AISI Nitronic 50 ball applications include dispenser valves, finger pumps and spray pumps.
- [440C Stainless](https://abbottball.com/materials/stainless-steel/440c-stainless/): AISI type 440C stainless steel balls offer the maximum in material strength and fair corrosion resistanc. They resist alcohol, food environments, fresh water, many petroleum products, organic materials and steam. Type 440C balls are uses in bearings, valves, locking mechanisms, fasteners and quick-disconnect couplings.
- [420 Stainless](https://abbottball.com/materials/stainless-steel/420-stainless/): AISI type 420 stainless steel balls have fair-to-good corrosion resistance and good material strength. They resist corrosion from alcohol, ammonia, food environments, fresh water, many petroleum products and organic materials and some mild acid environments. They are found in bearings, valves, lighters and writing instruments.
- [430 Stainless](https://abbottball.com/materials/stainless-steel/430-stainless/): AISI type 430 stainless steel balls provide fair to-good corrosion resistance. They resist corrosion from fresh water, steam, food environments, dairy products, nitric acid and many petroleum products and organic material. Applications include balls in cosmetics agitators such as nail polish and eyeliners,as dispenser pump balls and valve balls.
- [316LVM Stainless](https://abbottball.com/materials/stainless-steel/316lvm-stainless/): AISI type 316LVM (low carbon vacumm melt) stainless steel, regarded as a medical grade, this stainless steel is vacuum melted to is vacuum achieve high levels of purity and cleanliness. It has excellent resistance to both general and intergranular corrosion, and pitting and crevice corrosion. The vacuum melt allows for superior surface finish.
- [316L Stainless](https://abbottball.com/materials/stainless-steel/316l-stainless/): AISI type 316L stainless steel has a lower carbon content than 316 stainless, which gives it even higher corrosion resistance than the excellent resistance of type 316. Both types offer excellent resistance to sulphuric acid compounds. Applications for type 316L balls include Jewelry and medical uses.
- [316 Stainless](https://abbottball.com/materials/stainless-steel/316-stainless/): AISI type 316 stainless steel balls offer excellent corrosion resistance and resistance to sulphuric acid compounds. This austenitic steel includes 2-3% molybdenum. Type 316 balls are used in trigger sprayers, bearings, dispenser valves, body jewelry, lotion pumps, quick-disconnect couplings and aerospace applications. Type 316LVM balls are used in jewelry, human implant and other medical applications.
- [304 Stainless](https://abbottball.com/materials/stainless-steel/304-stainless/): AISI type 304 stainless steel balls are used where good corrosion resistance is important, but hardness is not. They offer good resistance to atmospheric corrosion, dyes, food environments, sterilizing solutions and many organic and inorganic materials. Type 304 balls are used in aerosol and dispenser valves, medical applications, animal feeders, trigger sprayers, finger pumps and food processing.
- [302 Stainless](https://abbottball.com/materials/stainless-steel/302-stainless/): AISI type 302 stainless steel balls are for applications where good corrosion resistance is important, but hardness is not. They offer good resistance to atmospheric corrosion, dyes, food, environmental sterilizing solutions and many organic and inorganic materials. Type 302 balls are used in dispenser and aerosol valves, lotion pumps, locking mechanisms, agitators, animal feeders, trigger sprayers, finger pumps, food processing and medical applications.
- [Stainless Steel](https://abbottball.com/materials/stainless-steel/): Abbott Ball is the leading manufacturer of semi-precision Stainless Steel Balls. Abbott Stainless Steel balls are used in valve pumps, nail polish and spray paint bottles for agitation, sprinkling systems, appliance components, casters, drawer slides, locking mechanisms, semi-precision bearings and a host of other industrial and consumer products.
- [Materials](https://abbottball.com/materials/): Choose from the list of materials below to view a brief description of some of the ball materials available. If you have any questions regarding a material, please contact us for more detailed information.
- [Military & Defense](https://abbottball.com/industries/military-defense/): Our high quality, precision products are used in military equipment such as tanks, weaponry, missile guidance systems, protective wear and a multitude of defense industry applications.
- [Aerospace](https://abbottball.com/industries/aerospace/): Abbott Balls high precision balls for aerospace applications extend from engine components to:
- [Terms & Conditions](https://abbottball.com/terms-conditions/): STANDARD TERMS OF SALE
- [Privacy Policy](https://abbottball.com/privacy-policy/): Abbott Ball Co. (d/b/a “Abbott Ball," "we" or "us") is committed to protecting the privacy of our Users' and visitors' personal information. This Privacy Policy describes how we collect, use, share and disclose Personal Information. This Policy applies to the Abbott website at www.abbottball.com and our subsidiaries' and affiliates' websites including CCR Products (www.ccrproducts.com), . This Policy covers information we collect online, not offline. The Sites are owned and operated by Abbott Ball Co., Railroad Place, West Hartford, Connecticut 06133-0100
- [Careers](https://abbottball.com/about/careers/): We are currently seeking experienced 2nd and 3rd shift grinding machine operators.
- [Blog](https://abbottball.com/about/blog/)
- [Testing Lab](https://abbottball.com/services/testing-lab/): In Abbott’s portfolio of products and services, Abbott provides steel finishing media in carbon, chrome and stainless steel materials. When parts need to be burnished, deburred or de-flashed, Abbott has a lab that allows us to experiment with your part and Abbott media. The lab allows us to ensure the most efficient solutions are found and no lodging occurs.
- [Engineering](https://abbottball.com/services/engineering/): Abbott's mass production capabilities and expertise in efficiently creating production models and cells, Abbott continues to drive innovation and ever decreasing costs. This far-reaching innovation spans the development of everything from new munitions for environmentally savvy sportsmen to new metal alloys for space exploration and beyond. In fact, Abbott manufactures balls from more materials, from exotic tool steels to stainless steel, from aluminum, brass, precious metals, glass and plastics, than any other ball manufacturer.
- [Inventory Management](https://abbottball.com/services/inventory-management/): Ensuring that you have just the right product in the right place at the right time is priceless. Poor inventory management can cost a company dearly in production delays and assembly line shutdowns.
- [Quality Inspection](https://abbottball.com/services/quality-inspection/): Abbott Ball is certified to TS16949 and uses its 100 years of business expertise in manufacturing ball bearings. Many industry standard processes were developed at Abbott Ball in the early 20th century and continuous improvement practices have allowed Abbott to improve each year in quality and efficiency. Abbott Ball can manufacture parts to our customers unique needs or to industry standards such as the ABMA & ISO3290. Industry standards define the size, grade, roundness, hardness and surface requirements of every standard ball that is made.
- [Manufacturing](https://abbottball.com/services/manufacturing/): Abbott Ball provides over 5 billion balls each year in a range of sizes, grades and materials. Abbott manufactures balls made from the highest quality materials including Chrome, 440C, Carbon, Aluminum, Brass, Bronze, 300 Series Stainless, Gold, Platinum, Silver, Tantalum and a large variety of Specialty Alloyed Materials. Abbott serves many industries including, Aerospace,  Automotive, Cosmetic, Heavy Industry and Specialty Welding.
- [Special Packaging](https://abbottball.com/services/special-packaging/): Abbott Ball provides a variety of secure and cost-efficient custom packaging solutions for our products to ensure the most essential protection and preservation of our products. It is our goal to provide you the packaging to accommodate your shipping and production needs... to make you more efficient and cost-effective.
- [Blind Shipping](https://abbottball.com/services/blind-shipping/): Do you need to keep your supplier confidential from your customer? Do you ship directly from your supplier to your customer, but need to protect your product source? Blind shipping is when you ship the goods, but you list another company’s name instead of your own so the buyer does not know that you shipped the goods (hence the BLIND.) It is very common for agents to use this method because it enables the agent to connect a buyer and seller while maintaining their supplier and buyer relationships intact as the buyer and seller never make direct contact.
- [Heavy Equipment](https://abbottball.com/industries/heavy-equipment/): Abbott balls find their way into heavy equipment for a variety of industries:
- [Jewelry](https://abbottball.com/industries/jewelry/): Abbott balls are used in piercings, earrings, broaches and host of jewelry products:
- [Medical](https://abbottball.com/industries/medical/): Abbott Ball Company manufactures products for a range of medical applications, from in vitro radiopacity to biocompatible, surgical grade components. Abbott engineers will work with yours to identify the most cost effective shape, material and process for your particular needs:
- [Electronics](https://abbottball.com/industries/electronics/): Abbott balls in electrical & electronic products have an extensive range of applications:
- [Consumer](https://abbottball.com/industries/consumer/): Abbott balls are employed in consumer products from cleaners to writing instruments:
- [Construction](https://abbottball.com/industries/construction/): Abbott balls are widely used in construction products and equipment:
- [Cosmetics](https://abbottball.com/industries/cosmetics/): Abbott balls for cosmetic products have an array of uses:
- [Automotive](https://abbottball.com/industries/automotive/): Abbott balls for automotive applications extend from engine components to airbags and more:
- [Steel Media Specifications](https://abbottball.com/products/steel-finishing-media/steel-media-specifications/): Beveled edges of diagonally-cut ends provide effective finishing action in corners. Cylindrical body offers wide area contacts.
- [Stainless Steel Media](https://abbottball.com/products/steel-finishing-media/stainless-steel-media/): More acidic compounds have been developed for use with stainless steel tumbling media to dramatically cut finishing times. In fact, a descaling cycle is typically cut in half when chemistry with less than 4.0 or higher than 10 pH is used. Other finishing operations are also improved with these chemistries.
- [The ABCUT™ Advantage](https://abbottball.com/products/steel-finishing-media/the-abcut-advantage/): ABCUT™ is the patented steel media from Abbott that revolutionizes vibrator & barrel tumbling finishing. You get accurate deburring and a bright finish in one clean, economical process. Action from the grooves in ABCUT™'s patented media surface deburrs and removes material on steel, zinc and aluminum parts, while it imparts an exceptional part finish without change to the part shape. ABCUT™ leaves a bright finish that often eliminates the need for hand finishing or other secondary finishing processes.ABCUT's rapid deburring action can greatly reduce cycle times. As a result, its per-part finishing cost is exceptionally low, particularly when compared to similar processes with ceramic media. ABCUT™ can be used in any finishing system that accommodates steel media.
- [Shapes for All Applications](https://abbottball.com/products/steel-finishing-media/shapes-for-all-applications/): In the early 1900's, founder George E. Abbott experimented with steel balls to burnish a bright finish on small metal parts. During the early stages of the process, steel balls were the only shape available. However, a sphere cannot reach into a corner. Nor can it touch on surfaces, grooves or recesses smaller than the ball diameter. Consequently, pronounced lines of demarcation were apparent on some parts, where surfaces with which the balls could not make contact received no finishing action.
- [Quality from Start to Finish](https://abbottball.com/products/steel-finishing-media/quality-from-start-to-finish/): The Abbott Ball Company pioneered finishing with steel media. Ever since, we've worked to define and refine both the media and the process. From daily production meetings to laboratory research, development and analysis, to lot and order tracking, Abbott is committed to quality. That's how we've earned our Quality Supplier designation from our customers. It's also why we're sole source media suppliers to so many major companies. Abbott Quality is in every shape we make
- [Product Dimensions](https://abbottball.com/products/product-dimensions/): Product Dimensions Products Ball Size MILLIMETERS TO INCHES MM
INCHES
MM
INCHES 0.25
0.0098430
18.00
0.7283450 0.50
0.0196850
18.50
0.7283450 1.00
0.0393700
19.00
0.7480300 1.50
0.0590550
19.50
0.7677150 2.00
0.0787400
20.00
0.7874000 2.50
0.0984250
20.50
0.8070850 3.00
0.1181100
21.00
0.8267700 3.50
0.1377950
21.50
0.8464550 4.00
0.1574800
22.00
0.8661400 4.50
0.1771650
22.50
0.8858250 5.00
0.1968500
23.00
0.9055100 5.50
0.2165350
23.50
0.9251950 6.00
0.2362200
24.00
0.9448800 6.50
0.2559050
24.50
0.9645650 7.00
0.2755900
25.00
0.9842500 7.50
0.2952750
25.50
1.0039350 8.00
0.3149600
26.00
1.0236200 8.50
0.3346450
26.50
1.0433050 9.00
0.3543300
27.00
1.0629900 9.50
0.3740150
27.50
1.0826750 10.00
0.3937000
28.00
1.1023600 10.50
0.4133850
28.50
1.1220450 11.00
0.4330700
29.00
1.1417300 11.50
0.4527550
29.50
1.1614150 12.00
0.4724400
30.00
1.1811000 12.50
0.4921250
30.50
1.2007850 13.00
0.5118100
31.00
1.2204700 13.50
0.5314950
31.50
1.2401550 14.00
0.5511800
32.00
1.2598400 13.00
0.5118100
32.50
1.2795250 14.00
0.5511800
33.00
1.2992100 14.50
0.5708650
33.50
1.3188950 15.00
0.5905500
34.00
1.3385800 15.50
0.6102350
34.50
1.3582650 16.00
0.6299200
35.00
1.3779500 16.50
0.6496050
35.50
1.3976350 17.00
0.6692900
36.00
1.4173200 17.50
0.6889750
36.50
1.4370050 18.00
0.7086600
37.00
1.4566900 Ball Size INCHES TO MILLIMETERS INCHES
DECIMAL
MILLIMETERS 1/128
0.00781
0.19843 1/32
0.03125
0.79375 1/64
0.01562
0.39687 3/64
0.04688
1.19063 1/16
0.06250
1.58750 5/64
0.07813
1.98438 3/32
0.09375
2.38125 1/8
0.12500
3.17500 5/32
0.15625
3.96875 3/16
0.18750
4.76250 7/32
0.21875
5.55625 ¼
0.25000
6.35000 9/32
0.28125
7.14375 5/16
0.31250
7.93750 11/32
0.34375
8.73125 3/8
0.37500
9.52500 13/32
0.40625
10.31875 7/16
0.43750
11.11250 15/32
0.46875
11.90625 ½
0.50000
12.70000 17/32
0.53125
13.49375 9/16
0.56250
14.28750 5/8
0.62500
15.87500 11/16
0.68750
17.46250 ¾
0.75000
19.05000 13/16
0.81250
20.63750 7/8
0.87500
22.22500 1
1.00000
25.40000 1 1/16
1.06300
27.00020 1 1/8
1.12500
28.57500 1 3/16
1.18750
30.16250 1 ¼
1.25000
31.75000 1 5/16
1.31250
33.33750 1 3/8
1.37500
34.92500 1 7/16
1.43750
36.51250 1 ½
1.50000
38.10000 1 5/8
1.62500
41.27500 1 ¾
1.75000
44.45000 1 7/8
1.87500
47.62500 2
2.00000
50.80000 Grade Tolerances
Semi-Precision Balls Grade
Tolerance (inches) 100
± .0001 200
± .0002 500
± .0005 1000
± .001 2000
± .002 Grade Tolerances
Precision Balls Grade
Tolerance (inches) 3
± .000003 5
± .000005 10
± .000010 25
± .000025 50
± .000050 Number of Balls per Pound (approx.) Size
Size Inches
Decimal
302ss
316ss
420ss
430ss
440ss
Chrome
Carbon
Brass
Aluminum 1/32
0.03125
218,819
217,299
223,508
225,116
227,571
221,138
220,360
204,517
625,821 1/16
0.06250
27,352
27,162
27,938
28,139
28,446
27,642
27,545
25,565
78,228 3/32
0.09375
8,104
8,048
8,278
8,338
8,429
8,190
8,161
7,575
23,179 1/8
0.12500
3,419
3,395
3,492
3,517
3,556
3,455
3,443
3,196
9,778 5/32
0.15625
1,751
1,738
1,788
1,801
1,821
1,769
1,763
1,636
5,007 3/16
0.18750
1,013
1,006
1,035
1,042
1,054
1,024
1,020
947
2,897 7/32
0.21875
638
634
652
656
663
645
642
596
1,825 1/4"
0.25000
427
424
437
440
444
432
430
399
1,222 9/32
0.28125
300
298
307
309
312
303
302
281
858 5/16
0.31250
219
217
224
225
228
221
220
205
626 11/32
0.34375
164
163
168
169
171
166
166
154
470 3/8"
0.37500
127
126
129
130
132
128
128
118
362 7/16
0.43750
80
79
81
82
83
81
80
75
228 Inches
Decimal
302ss
316ss
420ss
430ss
440ss
Chrome
Carbon
Brass
Aluminum 1/2
0.50000
53.4
53.1
54.6
55.0
55.6
54.0
53.8
49.9
152.8 17/32
0.53125
44.5
44.2
45.5
45.8
46.3
45.0
44.9
41.6
127.4 9/16
0.56250
37.5
37.3
38.3
38.6
39.0
37.9
37.8
35.1
107.3 5/8
0.62500
27.4
27.2
27.9
28.1
28.4
27.6
27.5
25.6
78.2 11/16
0.68750
20.6
20.4
21.0
21.1
21.4
20.8
20.7
19.2
58.8 3/4
0.75000
15.8
15.7
16.2
16.3
16.5
16.0
15.9
14.8
45.3 7/8
0.87500
10.0
9.9
10.2
10.3
10.4
10.1
10.0
9.3
28.5 Inches
Decimal
302ss
316ss
420ss
430ss
440ss
Chrome
Carbon
Brass
Aluminum 1
1.00000
6.68
6.63
6.82
6.87
6.94
6.75
6.72
6.24
19.10 1-1/16
1.06250
5.57
5.53
5.69
5.73
5.79
5.63
5.61
5.20
15.92 1-1/8
1.12500
4.69
4.66
4.79
4.83
4.88
4.74
4.72
4.38
13.41 1-1/4
1.25000
3.42
3.40
3.49
3.52
3.56
3.46
3.44
3.20
9.78 1-5/16
1.31250
2.95
2.93
3.02
3.04
3.07
2.98
2.97
2.76
8.45 1-3/8
1.37500
2.57
2.55
2.62
2.64
2.67
2.60
2.59
2.40
7.35 1-1/2
1.50000
1.98
1.96
2.02
2.04
2.06
2.00
1.99
1.85
5.66 1-3/4
1.75000
1.25
1.24
1.27
1.28
1.30
1.26
1.25
1.16
3.56 Inches
Decimal
302ss
316ss
420ss
430ss
440ss
Chrome
Carbon
Brass
Aluminum 2
2.00000
0.835
0.829
0.853
0.859
0.868
0.844
0.841
0.780
2.387 2-1/4
2.25000
0.586
0.582
0.599
0.603
0.610
0.592
0.590
0.548
1.677 2-1/2
2.50000
0.427
0.424
0.437
0.440
0.444
0.432
0.430
0.399
1.222 2-3/4
2.75000
0.321
0.319
0.328
0.330
0.334
0.325
0.323
0.300
0.918 3
3.00000
0.247
0.246
0.253
0.254
0.257
0.250
0.249
0.231
0.707
- [Steel Finishing Media](https://abbottball.com/products/steel-finishing-media/): Abbott steel media in vibratory, barrel and tumbling finishing equipment reduces material and media costs while it improves productivity and quality. Abbott steel media can last indefinitely depending on the application and care of the media, often with a payback at less than a year. Operations that were formally performed by hand on burr benches or in multiple machines are now done with one, versatile process and steel media. Abbott steel finishing media produces fewer part rejects from lodging. Better- fitting parts also reduces assembly time and increase wear resistance in moving assemblies. Steel media works with biodegradable compounds and does not contribute  soils in the waste stream. Abbott has an onsite lab that can test your part out to see which type of media will provide the best results without lodging.
- [Balls for Jewelry](https://abbottball.com/products/balls-for-jewelry/): Abbott's precision finish ensures surface uniformity and aesthetics for jewelry use. Since Abbott balls are free from pits, cuts or other surface imperfections, they are also perfect for use in body jewelry. The body Jewelry industry has a high standard for safe piercings. Abbott meets or exceeds the Association of Professional Piercers (APP) standard for jewelry. The most common materials for the body jewelry industry are 316L and 316LVM stainless steel, Titanium per 6AL4V ELI per ASTM F136, Gold balls in 14K and 18K gold, White gold, Nickel free gold, Bio Dur, Silver, Platinum and Niobium. Abbott provides numerous value-added services such as Plating, Demagnetization, Drilling, and Annealing. We also provide custom packaging upon request. We currently stock 1/8", 5/32", 3/16", 7/32" and 1/4" 14K and 18K Gold balls, as well as various sizes of 316, 316L, 316L VM Per ASTM F138 and Titanium balls.
- [Drilled Balls](https://abbottball.com/products/drilled-balls/): Abbott's largest volume of drilled balls is used in automotive engines. The company is able to drill carbon, brass and stainless steel materials in a wide range of sizes and hole diameters. Our automated systems are capable of producing as many as five million drilled balls per week. Drilled balls are available with both through holes and partial holes. Abbott engineers will work with you to determine the right drill ball for your application. Please contact customer service to discuss your specific requirements.
- [Precision Balls](https://abbottball.com/products/precision-balls/): Precision balls are used in critical aeronautical bearings, guidance system balls for space and military applications, precision valves, automotive bearings and other applications where higher precision is necessary. Precision balls are defined by grade and they have tight tolerances and better surface finish. Abbott precision balls are available in Grade 3 to Grade 50 and available in the following materials: 300 series, 440C (DFARS, VIM/VAR, NON-DFARS), CHROME (DFARS, VIM/VAR, NON DFARS), M50, BG42, M4, TUNGSTEN CARBIDE, SILCON NITRATE, ALUMINA OXIDE and other materials upon request. Abbott conforms to both ABMA and ISO 3290 standards, which dictate the specific parameters associated with the grade of the ball.
- [Semi-Precision Balls](https://abbottball.com/products/semi-precision-balls/): Abbott's semi-precision balls are used in a wide variety of applications where the higher tolerances and cost of precision balls is not necessary. Balls are defined by grade: The lower the number of the grade, the more precision to which the ball is manufactured. The typical distinction between a precision ball and a semi-precision ball is between grades 50 and 100, wherein grades 50 and below are considered precision balls and grades 100 and above are semi-precision.
- [Contact](https://abbottball.com/contact/): To learn more about any of the products and services provided by Abbott Ball Company, Inc., simply complete the contact form below.
- [About](https://abbottball.com/about/): The Abbott Ball Company has a foundation in design and manufacturing innovation that dates back over 100 years.
- [Services](https://abbottball.com/services/): Abbott Ball prides itself on keeping ample inventory of key products to ensure that our customers are never left without product. Abbott also believes in product development, where we partner with our customer to develop parts that meet our customer needs. We have a dedicated lab on site to provide burnishing experimentation to ensure the customers get the correct product.
- [Industries](https://abbottball.com/industries/): Solving design and performance issues for our customers’ individual applications is what Abbott Ball is all about. Our expertise transcends individual industries and applications; however, when it comes down to it, each customer gets precisely the product and service solution that is just right for them.
- [Products](https://abbottball.com/products/): Abbott Ball holds a large inventory of imported and inspected balls in many different sizes, materials and grades. We are able to manufacture if needed directly here in the USA in case imposed products are delayed. This ensures availability and “just-in-time” delivery to customers across the US and internationally.
- [Home](https://abbottball.com/): Let us handle your requests for custom or standard materials to fit any application. We offer a large selection of products in many different sizes, materials & grades.