Carbon steels

Carbon steels for multiple uses, with different alloys that allow for a wide range of applications, from machinery to tools.

F-1

Applications

A steel with good weldability due to its low carbon content. It can be used as case-hardening steel for heavily drawn parts, for lightly loaded machinery components requiring high toughness, and for low-strength parts that must undergo cold deformation: screws, nails, hardware, etc.

F-112

It supports cold deformation, stamping, bending, etc. It is weldable.

1. Use: Machinery components requiring low loads. Parts with medium strength and good toughness.

2. Supply status (see technical sheet).

3. Average chemical composition in % (see technical data sheet).

F-113

It is hardenable and can be welded by the resistance welding method.

1. Use: Machinery elements that require.

2. Supply status (see technical sheet).

3. Average chemical composition in % (see technical data sheet).

F-114

It tempers well, but care must be taken to prevent deformation. It can be heat-treated to improve its mechanical properties. Standardized for light-duty parts.

1. Use: Machinery parts and elements that require good strength, such as shafts, sleeves, stamped parts, tie rods, etc.

2. Supply status (see technical sheet).

3. Average chemical composition in % (see technical data sheet).

F-115

It tempers well in oil for small amounts; and in water for large amounts.

1. Use: Axles, transmissions, etc. Regularly loaded parts with moderate thicknesses. Used in the manufacture of agricultural tools.

2. Supply status (see technical sheet).

3. Average chemical composition in % (see technical data sheet).

S355J2/S355J0 (ST52.3)

Room-temperature tensile strength and pull-out limit, perfect for machining. It is suitable for resistance welding and gas pressure welding due to its fairly low carbon equivalent. It is ideal for cold forming when normalized.

1. Use: Superstructures, hydraulic works, machine building, bridge construction, tanks.

2. Supply status (see technical sheet).

3. Average chemical composition in % (see technical data sheet).

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