SS12430 AISI 1010/1015 Low Carbon Steel Ball

AISI 1010/1015 Low Carbon Steel Ball Description

AISI 1010/1015 Low Carbon Steel Ball comprises low carbon steel with carbon content typically ranging between 0.08-0.18%. This material is widely used in applications requiring uniform mechanical properties and stringent dimensional tolerances. Its metallurgical composition enables enhanced machinability and controlled deformation under load, making it suitable for bearings, calibration spheres, and other mechanical assemblies. The production process emphasises minimal impurities and refined grain structures, contributing to its applicability in precision engineering contexts.

AISI 1010/1015 Low Carbon Steel Ball Characteristics

Chemical Composition Wt%

The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

AISI 1010/1015 Low Carbon Steel Ball Applications

1.       Industrial Components
   - Used as rolling elements in precision bearings to achieve smooth motion by ensuring controlled dimensional accuracy.
   - Applied as kinetic components in assembly machinery to reduce friction due to consistent surface finish.

2.       Calibration and Measurement
   - Serves as calibration spheres in metrology systems to ensure measurement consistency by providing uniform geometry.
   - Frequently used in quality control setups where dimensional stability is necessary for accurate instrument calibration.

AISI 1010/1015 Low Carbon Steel Ball Packing

AISI 1010/1015 Low Carbon Steel Balls are sealed in moisture-resistant containers with internal foam inserts to guard against mechanical damage and surface contamination. The packaging is designed for secure transport and storage under ambient conditions. Options for customisation, including labelling and quantity adjustments, are available. Detailed technical documentation accompanies each shipment to support proper handling and storage protocols.

Additional Information

Low carbon steels such as AISI 1010/1015 are integral to industrial applications due to their balanced properties of ductility and strength. Understanding the metallurgical aspects—such as carbon control, grain size distribution, and phase transformations—can assist engineers in optimising component performance in mechanical systems.

Advances in materials characterisation, including spectrometry and precision mechanical testing, have further refined production techniques. These improvements underscore the role of systematic quality management in enhancing the reproducibility and performance of low carbon steel components in diverse industrial settings.