The application of small intensive laboratory mixer in material mixing is very extensive. The original 30 ° inclined mixing drum design combined with forward and reverse motion tools achieves three-dimensional composite motion of materials, solving the problem of uneven mixing in traditional equipment; The R&D team has an average of over 10 years of industry experience, proficient in materials science, mechanical engineering, and automation control technology, and can provide full process services from equipment modeling to process optimization.
Suitable for scenarios such as high-precision mixing of chemical raw material preparation, refractory material granulation, and dispersion of new energy battery materials
Core advantages:
1. Technical iteration capability: The R&D team aims to create the next generation of possibilities and continuously upgrade equipment solutions. For example, the intensive mixer inclined mixing drum design improves the uniformity of material mixing by 30% and increases the efficiency of a single device by 50% compared to traditional models through the coordinated movement of dozens of mixing tools.
2. Customized service network: Based on the process differences in industries such as chemical, building materials, and food, we provide a full chain equipment solution covering mixing, granulation, and transportation. A case study of a new energy enterprise shows that its customized granulating mixer has shortened the mixing time of battery materials from 45 minutes to 20 minutes, and the product consistency compliance rate has increased to 99.2%.
3. Long term durability: Using high-strength alloy components and wear-resistant coating materials, the actual service life of the small titled mixer can reach 10-15 years, and the failure rate of core components is less than 3%. In high-end scenarios such as molecular sieves and silicon carbide semiconductors, the equipment's continuous operation stability has been verified by customers for a long time.
