Forged bars are high-strength engineering materials produced by shaping steel billets or ingots at high temperatures using forging presses and hammers. During forging, the internal structure of the steel is densified, the grain structure refined, internal voids reduced and the mechanical properties significantly improved.

As a result, forged bars can be used with confidence in applications requiring high strength, superior impact resistance and fatigue resistance. They are especially preferred in critical sectors such as heavy industry, energy, automotive, defence, shipbuilding, mining and machine building.

Forged bars are widely used to produce shafts, spindles, gears, axles, turbine components, pressure-equipment parts and machine components working under high loads. Because the grain flow of the material is aligned with the part geometry during production, machined parts achieve higher reliability and longer service life.

Available in round, square, rectangular and special sections, forged bars meet diverse engineering needs with a wide choice of sizes and grades. Quality processes supported by chemical analyses, ultrasonic testing, mechanical tests and dimensional checks ensure compliance with national and international standards.

Offering high mechanical performance, a homogeneous internal structure and superior durability, forged bars are an ideal engineering solution for critical applications requiring reliability and long life.