The CRV19 Intensive Refractory Mixer is a high-performance, heavy-duty mixing equipment designed for the refractory materials industry. It has a mixing capacity of 1000L and utilizes a batch mixing process. The equipment can be flexibly configured with functional modules such as heating systems and temperature detection devices to meet the requirements of different refractory material formulations and production conditions.

Applications of the Intensive Refractory Mixer:

1. Slide Gate Refractory Production

Widely used in the metallurgical industry, especially in the preparation of slide gate refractory materials for continuous casting processes in steel mills. The CRV19 intensive mixer achieves highly uniform mixing of raw materials, effectively improving the high-temperature strength, corrosion resistance, and thermal shock resistance of slide gate products, thus significantly extending their service life.

2. Submerged entry nozzles and Stopper Rods

Suitable for the mixing and preparation of raw materials for critical functional refractory components such as long nozzles and stopper rods, ensuring dense material structure and stable performance to meet the requirements of high-temperature operating conditions.

3. Refractory Material Research and Development

Can be used as a core mixing equipment in laboratories and research institutions for the development and process verification of new refractory material formulations. By precisely controlling raw material ratios and mixing parameters, it provides reliable support for performance optimization and new material development.

Core Advantages of the CRV19 Refractory Material Mixer:

1. High Mixing Uniformity

Achieves high homogenization of multi-component refractory raw materials, significantly improving the overall performance stability of refractory materials and providing reliable assurance for high-quality finished products.

2. High Production Efficiency

Fast mixing speed and short process cycle; a single mixing cycle takes only 8–20 minutes, effectively improving production efficiency and reducing unit production costs.

3. Strong Process Adaptability

Suitable for various refractory material systems, including shaped and unshaped refractory materials, and can stably handle materials with different particle size distributions and formulation structures, meeting diverse process requirements.