Traditional refractory presses have great limitations in forming space, resulting in the inability to meet the needs of some special shapes in production. However, once this limit is broken, many new opportunities will open up.

First of all, the expanded molding space can meet the needs of more complex shapes. Refractories are widely used in various industries, and these industries have different shape requirements. By expanding the molding space, the press can better meet the needs of different industries and provide customers with more personalized products.

Second, new opportunities include improving productivity and reducing costs. The traditional refractory molding process usually requires multiple operations and adjustments, which is less efficient and time-consuming. However, after expanding the molding space, more molding processes can be completed at one time, reducing the number of operations and adjustments, thereby improving production efficiency. At the same time, labor and time costs are reduced.

In addition, new opportunities are also reflected in the improvement of product quality. After expanding the molding space, the molding of refractory materials is more accurate, the shape is more regular, and the product quality is higher. This is particularly important for some industries with high quality requirements for refractories, such as steel and glass.

Finally, the new opportunities to break through the traditional refractory press molding space also involve technological innovation and the improvement of market competitiveness. By introducing new equipment that expands the molding space, more customers and orders can be attracted and the market competitiveness of enterprises can be improved. At the same time, it can also encourage relevant enterprises to increase investment in technology research and development, and promote the innovation and progress of relevant technologies.

In summary, the new opportunities to break through the limitations of the size of the traditional refractory press molding space include meeting the needs of more complex shapes, improving production efficiency and reducing costs, improving product quality, and improving technological innovation and market competitiveness.