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Experience and Quality in Steel Casting: Bereciartu, a Leader in the Industry

Experience and Quality in Steel Casting: Bereciartu, a Leader in the Industry

Steel casting is a meticulous process that aims to ensure maximum quality and customer satisfaction in the manufacturing of parts. Although the processes may vary among different foundries, Bereciartu Cast Steel follows the following stages:



Project and Design

In this phase, the study of the feeding and filling system of the pieces is carried out, and the models and core boxes are built. Computer simulations are used to ensure the quality of the pieces.

Molding and Coremaking

The sand molds are made using molding technologies in cast steel such as Green Sand and chemical molding. Additionally, the sand cores are made in the coremaking section.

Melting and Casting

The process of melting scrap and ferroalloys to obtain the liquid molded steel is carried out in medium-frequency induction electric furnaces. The molten steel is poured into the sand molds.


Through vibration on a vibrating screen, the cast pieces are separated from the molding sands. The cast pieces continue the manufacturing process while the sands are reclaimed.

Shot Blasting

The demolded pieces undergo a shot blasting process to remove remaining sand residues using high-speed steel shot projection.

Cutting and Knockout

In this phase, the gating systems, feeders, and risers are removed from the pieces through cutting and knockout operations.

Heat Treatment

The raw cast pieces undergo special heat treatments such as normalizing, annealing, quenching, and tempering to achieve the desired mechanical properties.


Operations are carried out to remove burrs and irregularities from the pieces.


The pieces undergo a painting process to protect them against corrosion and improve their aesthetic appearance.

Bushing Assembly

Assembly of bushings or other additional components is performed on the pieces as required.

Piece Welding

If necessary, piece welding is carried out to assemble components and ensure structural integrity.

NDT Testing

Non-destructive testing is performed to detect hidden defects or discontinuities in the pieces.

DT Testing

Destructive testing is conducted to evaluate the properties and strength of the pieces.


Operations such as roughing, turning, milling, drilling, and balancing are performed to achieve the required dimensions and tolerances.


The pieces are properly packaged and prepared for transportation and delivery to the customer.

If you want a more illustrative example you could go to Bereciartu Services