| 304 | It is the most common type of stainless steel. It provides high oxidation resistance up to 450°C. |
| 304L | It is the low carbon version of AISI 304. |
| 316 | Thanks to the molybdenum that it contains it has a very high resistance. It provides high oxidation resistance up to 650°C. |
| 316L | It is the low carbon version of AISI 316. However, it provides high oxidation resistance up to 450 ° C. |
| 316TI | It does not have corrosion sensitivity thanks to the titanium that it contains. It can be used continuously at high temperatures up to 650°C. |
| 309/309S | Its oxidation resistance is high at temperatures up to 1050°C. It is resistant to sulfurous and nitrous gases. Tensile strength and creep properties are good. |
| 310/310S | Although it is similar to AISI 304, it is a high-temperature material. It can be used up to 1200°C. It has high weldability and corrosion resistance. |
| 321 | It does not have corrosion sensitivity thanks to the titanium that it contains. It can be used continuously at high temperatures up to 1000°C. It is quite weldable for methods other than gas melting. |
| 430 | It is the basic ferritic stainless steel quality. Its orrosion resistance is sufficient. |
| 430TI | It does not have corrosion sensitivity thanks to the titanium that it contains. Its high-temperature resistance is good. Its welding ability is midlevel. |
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