Bar steel - Import export

An innovative technological process carried out on specialized machines allowed for the extension of the current offer with products exceeding the requirements of the applicable European standards. The innovative production of the bars allows cost reduction of further processing, thanks to the increased geometric accuracy and ready-to-use surface. Modern production and control methods allow achieving significantly higher product characteristics: Surface quality – up to class 4 Cross-sectional dimension of a bar within the assumed tolerance – along its entire length Roundness deviation – max level 0.0261 (IT / 3) Precise length – tolerance up to 5 mm Straightness of bars – up to 0.3 mm / m No surface decarburization

Grinding is a precise reduction machining done with the use of griding wheels on special machines that is centreless grinders. Ground bars are characterized by the highest quality among bright steel products and find the application in the production of the most responsible parts of the machinery. Ground bars can be processed from both half-products, drawn or peeled bars. Mechanical properties do not change during grinding.

Inertia Vibratory Grate Feeders are a type of feeders in which grates are the element used to feed the material. Grate feeders are mainly used for materials with medium and large grain size, they are perfect as feeders for crushers and for stone processing. The grate in this type of feeders is made in a fixed (welded) or active (bar) version. In addition, depending on the customer’s needs and the intended use of the machine, the grates are made as flat or cascading. The material used for the production of the grate, depending on the needs, is structural steel, wear-resistant steel, or in the case of bar grates, spring steel. Thanks to their construction, Grate Feeders enable partial separation of oversize grain. Active grates made in a steel or polyurethane frame. In feeders of this type, thanks to the use of electric vibrators, high efficiency is achieved at relatively low power consumption.