Steel SW 7-60mm Hexagonal Bar Hexagonal Bar 6-sided Fe Solid Material

Important: the ends of sawn bars can be sharp/not deburred. The product photos show bars in manufacturer length. The delivered sawn bars may differ from this.

Length tolerance +/-2mm

Do you need a different steel quality or dimension? Please write to us. Our sales team will make an offer from the stock program or delivery program :)

• Production time - none. Already in stock.
• Shipping preparation - 2-3 working days.
• Delivery time - depending on the parcel service. Please check the FAQ.

Steel hexagon is an unalloyed quality steel for machine elements with the material number 1.0503. This type of steel is also called steel C45 and is intended for hardening and tempering. It gains more hardness and load capacity as a result. Furthermore, higher tensile strength and higher fatigue strength are achieved. Due to the high carbon content, hexagon steel C45 is only suitable to a limited extent for welding and can therefore only be partially used for large welded structures.

You buy 6-sided steel in the Evek online shop. Various hexagonal steels are available to you at a good price.

6-sided steel has good wear resistance, machinability, and dimensional stability as well as high toughness and relatively high strength. The steel is used for components that only have to withstand low loads. The machinability of the steel can be improved by adding lead (0.15 - 0.35 mass percent).

Steel hexagon is used for low-load components. Its main areas of application are:

• Mechanical engineering;
• Vehicle construction;
• Apparatus engineering;
• Engine construction.

Hexagonal steel C45 is characterized by:

• good hardenability and temperability;
• good machinability and dimensional stability;
• high toughness and high fatigue strength;
• only partially weldable;
• good wear resistance.

Evek GmbH is a reliable supplier. We always have hexagonal steel C45 ready for delivery in stock. Contact us. We look forward to your call or message.

Chemical Composition (in %)