Laser Cladding Roller Conveyor

Our Laser Cladding Roller Conveyor is designed to deliver exceptional performance in demanding hot rolling line environments. It provides smooth, reliable transport of steel plates across different sections of the production line, from furnace exits to rolling mills, finishing units, and cooling beds. By bridging height differences and ensuring consistent material flow, it plays a critical role in maintaining high operational efficiency.
What makes this roller conveyor stand out is its advanced laser cladding technology. Each roller is coated with a tungsten carbide layer that offers outstanding wear resistance, high-temperature stability, corrosion resistance, and impact toughness. This ensures that even under heavy-duty conditions, the rollers maintain excellent performance over long service cycles. The durable cladding allows each roller to handle steel throughput up to 600,000 tons, with wear resistance that surpasses traditional rollers by several times.
The rollers are precision-engineered to meet the stringent demands of modern hot rolling lines. Standard specifications include an outer diameter of 300 mm, an inner diameter of 180 mm, and a total length of 430 mm. The laser-cladded layer covers a diameter of 240 mm and a length of 370 mm, providing a robust functional zone that balances high-strength core material with a high-performance surface. The metallurgical bonding achieved during cladding ensures structural integrity and long-lasting durability.
These laser-cladded rollers are particularly suitable for high-capacity production lines requiring continuous operation with minimal downtime. Their superior resistance to wear, heat, corrosion, and mechanical shocks makes them ideal for long slabs, wide strip production, and other demanding applications.
In short, our Laser Cladding Roller Conveyor combines innovative materials, precise engineering, and cutting-edge manufacturing technology to offer a reliable, long-lasting solution. It not only enhances the efficiency of hot rolling operations but also reduces maintenance needs and production costs, helping steel plants achieve consistent quality and high productivity.