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| SIZE |
12.7 mm 1/2" |
| GRADE | G25 |
| MATERIAL | Stainless Steel |
| WEIGHT |
0.2969 ounces 8.419 g |
Additional Information
PGN’s Stainless Steel Balls are extremely precise, and smooth surface guarantees you won't find any defects, such as flats, pits, soft spots, and cuts.
PGN AISI 440 Stainless Steel Bearing Balls are designed for applications that require a combination of precision, stainless steel construction, and reliable spherical performance. With a 1/2 inch diameter and G25 precision grade, this bearing ball provides a consistent geometry suitable for specialized mechanical assemblies where accurate movement and smooth contact surfaces are important.
Manufactured from AISI 440 stainless steel, this ball offers the corrosion-resistant characteristics associated with stainless steel materials while maintaining the durability required for demanding mechanical environments. Its polished spherical surface makes it suitable for applications involving controlled movement, positioning, and rolling contact.
The G25 precision grade provides a high level of dimensional consistency for applications where uniformity between components is important. From replacement components to custom engineering projects, this stainless steel bearing ball is a versatile solution for designers, manufacturers, and maintenance professionals working with precision mechanical systems.
AISI 440 stainless steel bearing ball with G25 precision grade, designed for accurate spherical performance in specialized bearings, valves, pumps, and mechanical assemblies where stainless steel durability and consistent geometry are required.
AISI 440 stainless steel is widely recognized for applications requiring corrosion resistance and durable mechanical performance. This material choice makes the bearing ball suitable for environments where standard steel components may not provide the desired resistance to moisture or exposure conditions.
The stainless steel construction helps support long-term reliability in compatible applications while providing a clean, durable surface for mechanical contact.
The G25 precision grade indicates a high level of spherical accuracy and dimensional consistency. This makes the bearing ball suitable for systems where predictable contact, smooth movement, and component uniformity are important factors.
When properly specified for the application, precision-grade bearing balls can help maintain consistent mechanical operation and reduce variation between components.
The 1/2 inch diameter provides a practical balance between compact integration and mechanical presence. This size is commonly used in a variety of custom assemblies, replacement applications, and industrial mechanisms requiring a precision stainless steel sphere.
Its standardized spherical shape allows engineers and manufacturers to incorporate it into compatible designs with confidence.
The polished surface of a precision bearing ball supports applications where smooth interaction between components is required. Proper surface condition is especially important in systems involving rolling, positioning, or repeated contact.
Application performance will depend on the complete system design, operating conditions, and compatibility with surrounding components.
Beyond traditional bearing applications, precision stainless steel balls are also used as functional components in custom equipment, mechanisms, and industrial assemblies.
Their combination of stainless steel properties, spherical geometry, and precision manufacturing makes them a useful option for engineers looking for reliable component solutions.
This bearing ball is manufactured from AISI 440 stainless steel, a material commonly selected for applications requiring stainless steel properties and durable mechanical performance.
G25 refers to the precision grade classification of the bearing ball, indicating a high level of consistency in spherical geometry and dimensional accuracy.
Stainless steel bearing balls may be used in compatible applications such as precision bearings, valves, pumps, positioning systems, and custom mechanical assemblies.
AISI 440 stainless steel provides corrosion-resistant characteristics compared with standard carbon steel materials. Actual performance depends on the environment and application conditions.
Yes, it may be suitable as a replacement component when the diameter, material, precision grade, and application requirements match the original specification.
Load capacity depends on the complete assembly design, operating conditions, and engineering requirements. Always validate compatibility before use in critical applications.