When it comes to lifting heavy loads in mining, manufacturing, and port operations, equipment failure is not an option. That’s why industry professionals rely on rigorous standards like FEM (Fédération Européenne de la Manutention) to guide the design, classification, and load analysis of cranes.
In the heart of every coke production facility lies a series of mechanical systems that ensure efficiency, safety, and continuity. One such critical component is the coal discharge plough, responsible for diverting, guiding, and discharging coal from conveyor systems during the coking process. This specialized equipment, manufactured with high precision by Steltech, plays a vital role in keeping coke plant operations smooth and uninterrupted.
When designing crane structures — especially in mining, excavation, or industrial settings — it’s not enough to ensure the beam won’t break. You also need to ensure it won’t bend too much. That’s where deflection (sehim) comes into play. Controlled deflection is critical for precision, safety, and structural integrity during lifting operations.
Selecting the correct crane for a mining or industrial project isn’t just about lifting capacity — it’s about matching the machine to the expected usage intensity. This is where the concepts of load groups (B classes) and duty classes (H classes) come into play. These classifications help engineers and decision-makers choose cranes that won’t just work — they’ll last.
In the mining and heavy machinery industries, safety isn’t optional — it’s engineered into every bolt, beam, and weld. One of the most critical concepts in structural crane design is the use of safety factors. These mathematical buffers ensure that structures withstand not only known loads but also unexpected forces, imperfections, and usage variations. In essence, safety factors protect lives and investments.