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| SIZE |
4.7625 mm 3/16" |
| GRADE | G25 |
| MATERIAL | Stainless Steel |
| WEIGHT |
0.0156 ounces 0.44398 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 compact precision component with reliable spherical performance and stainless steel durability. Featuring a 3/16 inch diameter, these bearing balls provide a practical solution for mechanical assemblies where smooth contact, consistent geometry, and dependable material performance are important considerations.
Manufactured from AISI 440 stainless steel, these bearing balls offer stainless steel characteristics that make them suitable for applications where resistance to moisture and environmental exposure is a consideration. Their smooth surface finish supports reliable interaction in compatible mechanical systems requiring consistent spherical components.
With a versatile 3/16 inch size, these stainless steel bearing balls are suitable for precision assemblies, replacement components, and specialized mechanisms where compact dimensions and reliable performance are required. Their balanced size makes them a practical option for engineers, manufacturers, and maintenance professionals working with small mechanical applications.
3/16 inch AISI 440 stainless steel bearing balls designed for precision mechanical applications, replacement components, and specialized assemblies requiring a compact spherical component with a smooth surface and reliable performance.
AISI 440 stainless steel is commonly selected for applications requiring stainless steel properties combined with durable mechanical performance. This material provides a practical option for environments where resistance to moisture and exposure conditions is an important consideration.
The stainless steel construction makes these bearing balls suitable for compatible applications that require an alternative to standard steel components.
The 3/16 inch diameter provides a balanced size for a wide range of mechanical applications. Its compact format allows integration into smaller assemblies while maintaining the spherical geometry required for smooth component interaction.
This size is suitable for applications where space efficiency and consistent component dimensions are important factors.
A smooth spherical surface helps support consistent contact between components in systems involving movement, positioning, or rolling interaction.
When properly specified for the application, stainless steel bearing balls can contribute to reliable mechanical operation by providing consistent contact characteristics. Final performance depends on the complete assembly design, operating conditions, and compatibility with surrounding components.
Small stainless steel bearing balls are used in various mechanical systems where reliable sizing, smooth surfaces, and durable material properties are required.
Their compact dimensions make them suitable for specialized applications, replacement needs, and custom engineering projects where standard components may not be appropriate.
The 3/16 inch AISI 440 stainless steel bearing ball combines stainless steel construction, compact sizing, and precision manufacturing to support a variety of compatible applications.
Proper selection should always consider equipment specifications, environmental conditions, and intended use requirements to ensure the correct component choice.
These bearing balls are made from AISI 440 stainless steel, a material commonly selected for applications requiring stainless steel characteristics and durable mechanical performance.
These bearing balls have a 3/16 inch diameter, equivalent to approximately 4.76 mm.
They may be used in compatible applications such as precision bearings, valves, pumps, positioning mechanisms, and custom mechanical assemblies.
AISI 440 stainless steel provides corrosion-resistant characteristics compared with standard steel materials. Actual performance depends on the environment and application conditions.
They may be suitable as replacement components when the required diameter, material, and application specifications match the original component requirements.
Load capacity depends on the complete assembly design, operating conditions, and engineering requirements. Compatibility should be validated before use in critical applications.