303 Ss Bar
303 Ss Bar
303 Ss Bar

303 Ss Bar

1、Tensile Strength: Approximately 500 to 700 MPa (72,500 to 101,500 psi).
2、Yield Strength: Generally around 190 MPa (27,500 psi).
3、Elongation: Approximately 35%, indicating good ductility.
4、Hardness: Typically between 85–95 HB depending on processing and treatment.

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Product Introduction

Products introduction

303 ss bar is an austenitic stainless steel known for its excellent machinability, due to the addition of sulfur, which facilitates easier and quicker cutting. This makes 303 ss bars an ideal choice for applications where extensive machining is required. They are commonly used in mechanical, automotive, and aerospace applications where precise tolerances and quick machining are essential. If you have specific questions about applications or need further details about properties, feel free to ask!

Products Attributes

Product Name	303 ss bar
Material	303 Stainless Steel

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Advantages of 303 Stainless Steel

Attractive Aesthetic Finish

Smooth, Shiny Surface: Can be polished to achieve an attractive finish, which is beneficial for applications where aesthetics are important, such as in decorative or visible components.

Cost-Effective Alternative for Visual Appeal: Provides a high-quality, stainless steel look without the cost of higher-alloy grades, suitable for both industrial and commercial design elements.

Non-Magnetic in Annealed Condition

Useful for Electronic and Precision Parts: 303 stainless steel is generally non-magnetic in its annealed state, making it suitable for applications where magnetic interference is a concern.

Minimal Interference with Electronics: Ideal for use in components for electrical and electronic systems that require non-magnetic materials.

Low Work Hardening Rate

Easier to Machine and Handle: The low work-hardening rate means that 303 stainless steel can be machined without excessive hardening, maintaining consistent machinability throughout the process.

Ideal for High-Volume Production: Particularly advantageous in automated machining operations, allowing for efficient, high-volume production of parts.