| AISI TP | Features | Applied Areas |
| 304 | The main type of the stainless steel. It provides high oxidation resistance till 450° C. The mechanical and frictional resistance is quite good. |
Chemistry, petro chemistry, food, kitchen, automotive, medical industry, production of boiler and exchanger. |
| 304L | The less carbonized version of TP 304. No frictional resistance to heat above 500 C. Has great oxidation resistance till 450° C. |
Chemistry, mining, petrol industry and chemical storing tanks. Usually used under 400° C heats. |
| 316 | Provides great oxidation resistance till 600° C, Has great oxidation resistance since it has molib in it, resistant to mechanical severance and shrinking. |
Chemistry, petro chemistry, food, textile, paper industry, marine and industrial atmosphere. |
| 316L | The less carbonized version of TP 306. No friction resistance above 500° C. It provides high oxidation resistance till 450° C. |
Chemistry, petro chemistry, food, textile , paper industry, marine and industrial atmosphere. Usually used below 400° C. |
| 316TI | General resistance is similar to TP 316. It provides high oxidation resistance till 650° C. | Chemistry, petro chemistry, textile , paper industry. |
| 310B | Similar to TP 304. Mechanical and corrosion resistance is better. Well welded and provides high oxidation resistance till 1200° C. |
Industrial oven spares, gas and special pipelines, dying sector, oil refining. |
| 321 | Provides resistance between the crystals by the TI addition in its body. Highly resistant to high temperatures. |
Resistances, exhaust pipes, manifold, plane spares, boiler spares in chemistry industry. |
| 430TI | Provides optimum corrosion resistance by the TI addition in its body. The heat conductivity is better than TP 304. |
Hot water systems, hot water tanks and sugar industry. |
| 409 | Resistant to high temperature and corrosion. | The production of exhaust pipes. |
