DIN C22 1.0402 AISI 1020 cold drawn carbon steel tube \r\n\r\n### Seamless Cold-Drawn Low-carbon steel\r\n### Heat Exchanger and Condenser Tubes\r\n### SAE1020 AISI\r\n### Equivalent grade for steel SAE1020: AISI C22 (1.0402)\r\n----------------------------------------------------- ----------------------------------------------------- ------------------\r\n\r\n**Know more:**\r\n\r\nDIN C22 1.0402 AISI 1020 alloy cold drawn carbon steel tubes are commonly used in various industries.\r\nThese pipes are made of carbon steel with magnesium, which have high tensile properties. \r\nBelow I provide explanations about these pipes:\r\n\r\n1. **Usage**:\r\n - They are used in various industries such as automobile industry, machine building industry, construction, oil and gas equipment, water production and transmission, and steel industry.\r\n\r\n2. **Physical characteristics**:\r\n - These pipes have tensile properties and high mechanical strength, which makes them suitable for use in equipment that requires high resistance and strength, such as heat exchangers and condensers.\r\n\r\n3. **Special applications**:\r\n - Due to high tensile properties and good strength, these pipes are very suitable for making parts that are under pressure and tension, such as car parts, industrial machinery parts, and construction tools.\r\n\r\n- If you work in industrial areas such as steel, machine building, or construction, knowing the characteristics and applications of cold drawn Mannheim carbon steel steel pipes alloy DIN C22 1.0402 AISI 1020 can help you choose the right materials for your projects. \r\n\r\n**Alloy DIN C22 1.0402 AISI 1020 is a technical specification that is related to these pipes** \r\n\r\n- **DIN C22 or 1.0402** is one of the common German standards. This code specifies that this steel is a steel alloy with a specific combination of elements. \r\nHere \"C22\" means carbon and \"1.0402\" is an attribute code.\r\n\r\n- **AISI 1020** is a standard defined by the American Steel Association (AISI). This code also shows the material characteristics of steel.\r\n\r\n- German standard: DIN C22 1.0402\r\nAmerican standard: SAE1020\r\nBritish standard: EN C22\r\n\r\n\r\n**Chemical compositions of AISI 1020 carbon steel** are:\r\n\r\n- **Iron** (Fe): the main element of this steel, which makes up about 99% of its composition. \r\n- **Carbon** (C): Carbon is relatively less present in this type of steel, it usually makes up about 0.18 to 0.23% of the compounds. \r\n- **Magnesium** (Mn): This element is added to steel to give it the characteristic of fatigue resistance. Magnesium constitutes 0.4 to 0.7% of the composition of this alloy.\r\n- **Silicon** (SI): Silicon usually constitutes 0.4% of chemical compounds.\r\n- **Nickel** (NI): Nickel constitutes 0.4% of the chemical composition of this alloy.\r\n- **Phosphorus** (P): Phosphorus constitutes 0.045% of the chemical composition of this alloy.\r\n- **Sulfur** (S): Sulfur accounts for 0.045% of the chemical composition of this alloy.\r\n \r\nAs a carbon steel, AISI 1020 is a simple compound and one of the most basic steels used for many general applications.\r\n\r\nManis carbon steel pipe
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