Rolling mill roller

Roller table is a device installed in the rolling mill production line to transport, support and guide hot-rolled or cold-rolled steel to move in a specific direction. It is suitable for a variety of products such as bars, wires, steel pipes, and steel sections, and is an indispensable and important equipment in the rolling mill production line. The design of the roller table determines the operating efficiency, product quality and automation level of the production line.

Hot-rolled or cold-rolled steel conveying system, rolling lines for bars, profiles, wires, etc. Cooling conveying lines Auxiliary conveying equipment for finishing lines, straightening lines, and baling lines, used in conjunction with shearing machines, laying machines, cooling beds, etc.

The structure is strong and impact-resistant, and can withstand the transmission of steel under high temperature and high load conditions. Synchronous transmission and stable operation
The precision sprocket is matched with the motor drive to ensure consistent speed and synchronous operation. It can be customized according to the process to support a variety of widths, spacings, and drive modes to adapt to different production line layouts. Easy maintenance The roller can be quickly replaced, and the bearings use universal models with low maintenance costs.
High-temperature resistant lubricating bearings and high-temperature protective coatings can be selected to adapt to high-temperature working environments to improve reliability.

Roller table is the key material conveying and supporting equipment on the rolling mill production line. The main structure includes:
Roller system
Made of high-strength seamless steel pipe or forging, the surface can be heat treated (quenching and tempering, surfacing, chrome plating, etc.) to enhance wear resistance.
Mostly arranged at equal intervals, can be active or passive structure.
Transmission device (sprocket/motor)
The active roller table is equipped with a motor and a sprocket/reducer device to achieve synchronous drive.
Power is transmitted using chains or couplings.
Bearing seat/support device
Heavy-duty bearings and rigid bearing seats are provided at both ends of each roller to ensure smooth rotation and high load-bearing capacity.
Guide structure (optional)
Steel baffles or guide arms can be installed on both sides to control the direction of material movement.
Base structure
The whole is welded with channel steel or I-beam, which has strong rigidity and high vibration resistance.