中间包稳流器， 赋能钢铁行业高质量发展 Tundish Pot: Empowering high-quality development in the steel industry.

在钢铁工业的连铸工艺中，中间包稳流器作为核心设备之一，对提高铸坯质量、降低生产成本起着至关重要的作用。

In the continuous casting process of the steel industry, the tundish flow stabilizer, as one of the core pieces of equipment, plays a vital role in improving the quality of cast billets and reducing production costs.

中间包稳流器：钢铁连铸工艺的关键核心

Tundish Pot: A Key Core Component in Steel Continuous Casting Process

中间包稳流器是安装在中间包内部的一种装置，用于控制钢水流动的方向、速度和均匀性，改善钢水流场，提高铸坯质量。它的主要功能包括控制钢水流动方向，使钢水均匀地流入结晶器；调节钢水流动速度，避免钢水过快或过慢，影响铸坯质量；稳定钢水流场，减少钢水湍流，降低铸坯缺陷；降低钢水中的夹杂物含量，改善铸坯内部质量。
传统的中间包稳流器存在使用寿命短、稳流效果不佳等问题，严重影响了钢铁生产的效率和质量。随着钢铁工业的不断发展，对中间包稳流器的性能要求越来越高，新型中间包稳流器应运而生。

A tundish flow stabilizer is a device installed inside the tundish to control the direction, speed, and uniformity of molten steel flow, improving the molten steel flow field and enhancing billet quality. Its main functions include controlling the direction of molten steel flow, ensuring uniform flow into the mold; regulating the molten steel flow speed to prevent it from being too fast or too slow, which could affect billet quality; stabilizing the molten steel flow field, reducing turbulence, and minimizing billet defects; and reducing the inclusion content in the molten steel, improving the internal quality of the billet.

Traditional tundish flow stabilizers suffer from short service life and poor flow stabilization effects, severely impacting the efficiency and quality of steel production. With the continuous development of the steel industry, the performance requirements for tundish flow stabilizers are becoming increasingly stringent, leading to the development of new types of tundish flow stabilizers.

复合式连铸中间包稳流器是公司的核心产品之一。该产品采用了独特的设计理念和先进的制造工艺，具有结构简单、操作方便、使用寿命长、工作效率高、整体结构牢固稳定等优点。

我公司生产的稳流器分为机压型和浇筑型 两种， 其具体的参数如下：

The composite continuous casting tundish flow stabilizer is one of the company's core products. This product adopts a unique design concept and advanced manufacturing process, featuring simple structure, convenient operation, long service life, high efficiency, and a robust and stable overall structure.

Our company produces two types of flow stabilizers: machine-pressed and cast-in-place. Their specific parameters are as follows:

浇筑型

Castable

机压型：

Machine Casting 

传统的稳流器结构复杂，分层多，层与层之间结合缺乏稳定性，在使用过程中容易出现损坏。而中工耐的复合式连铸中间包稳流器采用整体式复合材质结构，底板采用镁碳质机压成型制品，本体采用钢纤维铝镁浇注料振动成型而成，整体性能优异，没有废品瑕疵。同时，该产品抗侵蚀耐冲刷能力大幅度提高，使用寿命可达40小时以上，相比传统产品提高了两倍以上。

Traditional flow stabilizers have complex structures with multiple layers, and the bonding between these layers lacks stability, making them prone to damage during use. In contrast, Zhonggongnai's composite continuous casting tundish flow stabilizer employs an integral composite material structure. The base plate is made of magnesium-carbon material through machine pressing, while the body is formed by vibration molding of steel fiber aluminum-magnesium castable. This results in superior overall performance and the absence of defects. Furthermore, this product significantly improves its resistance to corrosion and erosion, extending its service life to over 40 hours, more than double that of traditional products.
显著的应用效果：提升钢铁生产质量与效率
在实际应用中，中工耐的复合式连铸中间包稳流器取得了显著的效果。使用该产品可以有效减少钢水中的夹杂物含量，提高钢水纯净度，从而提升铸坯的表面质量和内部质量，减少废品率，提高生产效率。同时，该产品还可以降低生产成本，减少能源消耗，为钢铁企业带来显著的经济效益。
例如，某钢厂在使用中工耐的复合式连铸中间包稳流器后，铸坯的表面质量得到了明显改善，裂纹、气孔、夹渣等缺陷明显减少；铸坯的内部质量也得到了提升，组织结构更加均匀，力学性能更加优异。此外，该钢厂的生产效率也得到了提高，生产成本降低，经济效益显著。

Significant Application Effects: Improving Steel Production Quality and Efficiency

In practical applications, SIR Industry's composite continuous casting tundish stabilizer has achieved remarkable results. Using this product effectively reduces the inclusion content in molten steel, improves its purity, thereby enhancing the surface and internal quality of the cast billet, reducing scrap rates, and increasing production efficiency. Simultaneously, this product can also reduce production costs and energy consumption, bringing significant economic benefits to steel companies.

For example, after using SIR Industry's composite continuous casting tundish stabilizer, a steel plant experienced a significant improvement in the surface quality of its cast billets, with a marked reduction in defects such as cracks, porosity, and slag inclusions. The internal quality of the cast billets also improved, with a more uniform microstructure and superior mechanical properties. Furthermore, the steel plant's production efficiency increased, production costs decreased, and economic benefits were significant.