Sliding Gate Mechanism:
Sliding MechanismIntroductionLadle slide gate mechanism, also called ladle slide gate system, slide gate assembly, sliding gate machenism. Ladle slide gate mechanism uses nodular cast iron as raw material. The sealing height is only 110mm. The fan-shaped slide gate plate is equipped with two slide plate blocks. The moving fan-shaped case handle can make one of the slide plate cast hole in working, and make another one moving to the other space of the equipment. At the same time, the moving out slide block can be changed.
Sliding Gate Mechanism Advantages:
through the stretching of the oil cylinder.Fast pressurization, automatic loading of surface pressure, greatly reduces labor intensity, and makes the force between the slides more uniform, improves the safety performance of the device and the number of continuous slides of the slides, reaching the international advanced level.Key Features:
1.High performance
2.Dense microstructure
3.High corrosion and abrasion resistance
4.High thermal spalling resistance
Sliding Gate Mechanism Application:
The ladle slide gate mechanism consists of a base, support frame, slide block, spring assembly, and drive assembly. The mechanism is divided by the upper and lower slide plates as the interface, with the base and support frame being the fixed parts, and the slide block being the movable part. The upper nozzle brick and upper slide plate brick are fixed within the base and remain stationary, while the lower slide plate brick and lower nozzle brick are fixed within the slide block. The slide block can move back and forth within the support frame. A constant and uniform interface pressure is established at the moving interface through the spring assembly, and the power source drives the slide block to move reciprocally via the drive assembly, thereby achieving throttling control of the molten steel. Sliding plate mechanism device is a new generation of ladle sliding nozzle device developed by the company. Its biggest feature is that it realizes automatic loading of surface pressure, and drives the sliding mold frame and fixed mold frame.
