Enhanced Efficiency and Performance Features of Automatic Mortar Jetting Machines
The Automatic Mortar Jetting Machine integrates innovative design elements to optimize its functionality and performance. Here's a breakdown of its key features:
1. Trapezoidal Grinding Roller and Ring: The adoption of trapezoidal grinding roller and ring enhances crushing efficiency significantly. By designing the grinding roll and ring into a stepped shape, the sliding speed of materials between them is reduced. This prolongs the rolling time of materials, resulting in improved crushing effectiveness.
2. Pressurizing Spring and Elastic Connection: A pressurizing spring balances the pressurization effect, while an elastic connection smooths shock absorption. Leveraging the lever principle, the Automatic Mortar Jetting Machine connects symmetrical grinding roller assemblies with horizontally placed springs via pull rods. This configuration effectively balances radial forces, increasing the overall stress point of the device by approximately 40% compared to other products. The elastic coupling device reduces vibration, minimizes noise, and mitigates resonance.
3. Powder Separator Impeller: Equipped with a powder separator impeller, the Automatic Mortar Jetting Machine achieves enhanced powder separation accuracy and higher product density. Increasing blade density improves the fineness of the finished product without altering rotating speed. This means that the high-density impeller can rotate at a lower speed compared to the low-density impeller, thereby reducing air flow resistance. Consequently, under the same driving force, the output of finished products is boosted by up to 50%.
These advanced features underscore the Automatic Mortar Jetting Machine's commitment to efficiency, performance, and reliability in various construction applications. By incorporating cutting-edge technologies and innovative design concepts, it sets a new standard for mortar spraying equipment, catering to the evolving needs of modern construction projects.