| 304 |
Basic and widely used austenitic stainless steel. It has good specifications regarding corrosion resistance, forming and weldability.
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Household goods, industrial kitchen, food sector, automotive industry and architectural practice
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| 304L |
Low carbon form of 304 Quality stainless steel. Corrosion resistance is higher in welding processes compared to 304.
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It is used in chemical, leather and soap industries. Suitable for boiler and tank production
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| 301 |
It is an alternative to 304 quality with its lower chromium and nickel content. Processing hardening coefficient is high.
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Used in the production of spring, mixer blades and sinks.
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| 201 |
Contains low nickel. It is similar to the 301 quality material, but the processing hardening coefficient is high.
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It is used in household appliances, kitchen utensils, sinks and railway vehicles.
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| 201LN |
It has similar features with 201 Quality. It contains more nickel than 201.
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It is used in the production of railroad freight wagons, truck trailers and public transport equipment
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| 316 |
Provides high oxidation resistance up to 600 ° C and is resistant to acids.
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It is used in chemical, petrochemical and textile industry. It is used in the production of steam and many boiler types.
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| 316L |
It is a low carbon content of 316 quality stainless steel. Provides high oxidation resistance up to 400 ° C.
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It is used in chemical, petrochemical, paper and textile industries.
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| 316 Ti |
It is a titanium-containing form of 316 grade stainless steel. Oxidation and high temperature resistance are higher.
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It is used in chemical, petrochemical, paper and textile industries.
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| 309S |
Oxidation resistance is high at temperatures up to 1050 ° C. Tensile strength and creep resistance is high.
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It is used in electrical resistances, furnaces and high temperature applications.
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| 310S |
It has high mechanical and temperature resistance due to its high chromium and nickel content. The low carbon level reduces the carbide precipitation during welding or high temperature applications.
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It is used in electrical resistances, furnaces and high temperature applications.
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| 321 |
It has high corrosion resistance due to its titanium and it is suitable for use in high temperatures.
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In addition to chemical and aerospace industries, it is used in the food and alcohol industry. It is used in high temperature applications and resistance construction.
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| 430 |
Basic ferritic stainless steel quality. It is magnetized because it does not contain nickel. Provides good surface appearance.
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Used in automotive industry, kitchen appliances. Also used in architectural and decorative applications.
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| 430TI |
It is an alternative to 430 for better formability, welding, and drawing process and for complex shapes.
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It is used in pipe production and exhaust systems.
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| 409 |
It is a weldable ferritic stainless steel with good oxidation resistance in dry weather.
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Used in automotive applications and exhaust systems.
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| 439 |
Corrosion resistance, formability and weldability are high with high chromium and titanium when compared to 430.
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Used in household appliances, automotive exhaust systems and sugar industry.
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| 441 |
Especially designed for exhaust systems. Corrosion resistance and high temperature resistance is high.
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It is used in restaurant equipment and appliances, tubes and exhaust systems.
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