304 Stainless Steel Flat Bar
The 304 stainless steel flat bar showcases a semi-smooth, matte gray finish along with sharp, well-defined edges that boast precise dimensions. This versatile material is effortless to shape, weld, and stamp. An important point to note is that the 304 stainless steel flat bar maintains its non-magnetic properties in the annealed state and remains unhardened after heat treatment. It’s also noteworthy that its strength can be enhanced through cold working. Furthermore, our 304 stainless steel flat bar adheres to standard specifications such as ASTM A276-10. To cater to your specific requirements, we offer a comprehensive range of sizes, shapes, and types of 304 stainless steel flat bar. To satisfy your specific needs, we have full wide ranges of sizes, shapes and types of 304 stainless steel flat bar.
Key Features of 304 Stainless Steel Flat Bar
304 stainless steel flat bar has exceptional resistance to corrosion, oxidation and heat. Additionally, it boasts excellent mechanical properties, coupled with a finish that is effortlessly cleaned. Our 304 stainless steel flat bar also prioritizes hygiene and cleanliness, making maintenance and cleaning simple tasks. Furthermore, its enduring durability, even in demanding environments, can’t be overlooked. Its corrosion resistance significantly contributes to prolonging the lifespan of structures and components.
Many applications of 304 Stainless Steel Flat Bar
The potential applications for the 304 stainless steel flat bar are diverse. It can be expertly fashioned into braces, trim, supports, threaded fasteners, springs, and frames. Many opt for this material when producing food processing equipment, kitchen benches, sinks, troughs, architectural paneling, railings, trim, and chemical containers. Thanks to its non-magnetic properties, the 304 stainless steel flat bar is employed in instruments that measure magnetic and electrical attributes. Notably, it’s an invaluable asset even in the dairy, beverage, and food industries, as well as in components exposed to concentrated acetic, citric acids, crude and refined oils. The 304 stainless steel flat bar truly plays a key role.
304 stainless steel flat bar sizes
304 stainless steel flat bar is available in a variety of sizes to accommodate different applications and requirements:
Width (mm) x Thickness (mm):
| 20 x 3 | 25 x 3 |
| 25 x 5 | 30 x 3 |
| 30 x 5 | 40 x 3 |
| 40 x 5 | 50 x 3 |
| 50 x 5 | 60 x 5 |
| 75 x 6 | 100 x 6 |
| 150 x 10 | 200 x 10 |
These are just examples of typical sizes. Keep in mind that stainless steel flat bars can be found in a wide range of dimensions beyond these examples. When purchasing stainless steel flat bars, you should refer to the supplier’s catalog or website to find the exact sizes they offer. Additionally, custom sizes can often be fabricated upon request, allowing you to get the specific dimensions you need for your project.
- Mechanical specification
- Chemical specification
| Yield Point | Tensile Strength | Elongation in 2″ | Elasticity | Brinell Hardness | Poisson Ratio | Density | Yield Tensile Strength | Melting Point |
| 30 ksi | 75 ksi | 60% | 28 ksi | 160 | 0.29 | 0.289 lb/in3 | 31,200 psi | 2550F |
| C | Si | Mn | S | P | Cr | Ni | Fe |
| 0.08 max | 1 max | 2 max | 0.03 max | 0.045 max | 20 | 8 – 10.5 | 66.34 – 74 |
The amount of weight that 304 stainless steel can hold depends on several factors, including the specific dimensions of the material, the shape of the structure, the type of load applied, and the support configuration. Stainless steel’s strength and load-bearing capacity are influenced by its mechanical properties, including yield strength, tensile strength, and hardness.
304 stainless steel has good strength properties, but its load-bearing capacity can vary widely based on factors such as the thickness of the material, the geometry of the structure, and the presence of any welds or joints. As a general guideline, the yield strength of 304 stainless steel is typically around 205 MPa (30,000 psi), and the tensile strength is about 515 MPa (75,000 psi).
To determine the weight-bearing capacity of a specific application, it’s recommended to consult with a structural engineer or a professional who specializes in designing and evaluating load-bearing structures.
