Ladle Slide Gate,Slide Gate Plate @ Luoyang Yilong Refractory Co,Ltd

Ladle Slide Gate

Introduction

Made by using sintered alumina and mullite as raw material, add in some of the carbon matrix components and anti-oxidant(such as aluminum, silicon metal, SiC, B4C, Mg-B and so on), adding binder pitch or phenolic resin mixed with coal Nerishige type, fired in a reducing atmosphere to form alumina oxide carbon refractories sliding gate plate.Slide plates fired at high temperatures cover Al2O3-C based, Al2O3-ZrO2-C based and MgO-spinel based, Our company supports the customer in flow control offering a range of ladle slide gate products. We have a wide range of refractory materials for achieving consistent and reliable high performance in all areas of slide gate applications. Balanced refractory life of plates, nozzles and well blocks enables a cost-effective operation

Advantages

1. High strength, 2. Good erosion resistance 3. Excellent thermal shock resistance

Application

The products are the best choice for large and medium sized ladles and con-casting tundish. This can meet various needs of different steel grades.

Advantages of sliding gate mechanism compared with stopper rod mechanism

Advantages of sliding mechanism compared with stopper rod mechanism

(1) Slide gate bricks contact steel liquid only in the casting process and therefore not subject to full bloom time and the steel temperature of the molten steel in the ladle, which can guarantee the ladle of liquid steel for tempering and refining process smoothly.

(2) Can be controlled casting speed accurately; help to improve the quality of steel.

(3) Sliding mechanism is mounted on the steel sliding gate outside of the package, so easy and safe operation, labor conditions have improved.

(4) Sliding mechanism can achieve remote operation; facilitate the implementation of automated casting operations.

Meanwhile, you can speed up the ladle turnaround, reduce spare ladle pouring improve the casting environment; help to improve the service life of the ladle.