1 QC Slide Gate Plate System is designed for precise and reliable control of molten steel flow during steelmaking and continuous casting operations. Installed on steel ladles and related flow-control equipment, the system uses refractory slide gate plates to regulate, reduce, or shut off the flow of molten steel between the ladle, tundish, and casting system.
The slide gate plates are manufactured from carefully selected refractory raw materials, including high-purity alumina, corundum, zirconia-containing materials, magnesia, spinel, and carbon. Different material formulations can be selected according to steel grade, operating temperature, slag composition, casting conditions, and required service life.
Xintai Refractory provides Al-C, Al-Zr-C, Mg-C, and Spinel-C slide gate plate solutions with customized dimensions and material specifications. The plates are designed to maintain mechanical strength and dimensional stability under severe thermal shock, molten steel erosion, and chemical corrosion.
The 1 QC Slide Gate Plate System is suitable for steel plants looking for stable molten steel flow control, dependable refractory performance, and customized slide gate components for different ladle capacities and casting configurations.
Technical Specifications
| Ladle Slide Gate Plate Physical and Chemical Performance Index | ||||
|---|---|---|---|---|
| Brand Items | HBLT80 | HBLT75 | HBLT70 | |
| Al2O3(%) ≥ | 80 | 75 | 70 | |
| C(%) ≥ | 2 | 3 | 3 | |
| Cold Crushing Strength(MPa) ≥ | Non impregnation | 80 | 70 | 60 |
| Impregnation | 100 | 90 | 80 | |
| Apparent porosity(%) ≤ | Non impregnation | 13 | 13 | 13 |
| Impregnation | 10 | 10 | 10 | |
| Bulk Density(g/cm³) ≥ | Non impregnation | 2.9 | 2.85 | 2.75 |
| Impregnation | 2.95 | 2.9 | 2.85 | |
Key Features
- Precise Molten Steel Flow Control: The slide gate system provides accurate opening, closing, and flow adjustment during ladle and tundish operations.
- High Thermal Shock Resistance: Special refractory formulations help the slide gate plates withstand rapid temperature fluctuations during steelmaking and casting.
- Excellent Corrosion Resistance: Alumina, zirconia, magnesia, spinel, and carbon-based compositions provide resistance against molten steel and aggressive slag.
- High Mechanical Strength: Dense refractory structures provide strong resistance to mechanical stress, erosion, and deformation during operation.
- Low Apparent Porosity: Selected grades are designed with low porosity to reduce penetration by molten steel and slag.
- Long Service Life: Optimized material composition and manufacturing processes help extend plate service life and reduce replacement frequency.
- Multiple Material Options: Al-C, Al-Zr-C, Mg-C, and Spinel-C formulations are available for different steelmaking conditions.
- Customized Dimensions: Plate size, shape, bore configuration, and other machining requirements can be produced according to drawings or technical specifications.
- Suitable for High-Temperature Steelmaking: Designed for demanding molten steel flow-control environments in ladles and continuous casting systems.
Typical Applications
The 1 QC Slide Gate Plate System is suitable for:
- Steelmaking ladles
- Ladle refining furnaces
- Continuous casting systems
- Tundish flow-control systems
- Converter steelmaking
- Electric arc furnace steelmaking
- Secondary metallurgy
- RH, VD, and VOD refining processes
- Molten steel discharge and flow-control applications
The system can be supplied for different ladle capacities and slide gate mechanisms based on customer drawings and technical requirements.
Production Details
Xintai Refractory employs advanced manufacturing techniques, including:
Selection of high-purity raw materials for consistent performance.
Isostatic pressing and high-temperature sintering to enhance density and strength.
Rigorous quality control at each stage to ensure dimensional accuracy and performance reliability.
Capability to produce customized shapes and sizes per client specifications.
Packing and Shipping Details
- Packaging: Export-standard wooden pallet packing with protective materials.
- Port of Dispatch: China
- Delivery Time: Stock products can be arranged promptly; customized products are generally scheduled according to order quantity and specifications.
- Payment Terms: T/T, L/C, D/P, and other negotiable payment methods.
- Shipping: Products can be arranged for international sea transportation according to the customer’s destination and delivery requirements.
Frequently Asked Questions (FAQ)
Q1: What is a 1 QC Slide Gate Plate System?
A 1 QC Slide Gate Plate System is a refractory flow-control system used to regulate and shut off molten steel discharge from a ladle or tundish. It combines refractory slide gate plates with compatible nozzles and mechanical components.
Q2: What materials are available for the slide gate plates?
Xintai can provide Alumina Carbon, Aluminum Zirconium Carbon, Magnesia Carbon, and Spinel Carbon formulations. The suitable material depends on steel grade, slag chemistry, temperature, casting conditions, and required service life.
Q3. Can the slide gate plates be customized?
Yes. Dimensions, hole sizes, material composition, density, porosity, mechanical strength, and machining details can be customized according to customer drawings and operating requirements.
Q4: What is the maximum operating temperature?
The refractory materials are designed for high-temperature steelmaking environments, with temperature resistance up to approximately 1700°C, depending on the material type and actual operating conditions.
Q5: Can Xintai manufacture plates according to our existing drawings?
Yes. Customers can provide technical drawings, samples, equipment specifications, or existing slide gate plate dimensions. Xintai can evaluate the requirements and provide a suitable customized solution.
Q6: What applications are suitable for these slide gate plates?
They are suitable for steelmaking ladles, ladle refining, tundish systems, continuous casting, converter steelmaking, electric arc furnace operations, and other molten steel flow-control applications.
