Cement plaster spraying machine incorporates advanced design features that significantly enhance its efficiency and performance. Key among these innovations are the trapezoidal grinding roller and grinding ring, which are designed to improve crushing efficiency by increasing the rolling time of materials between the roller and ring. By shaping the grinding roll and ring in a stepped manner, the sliding speed of materials is reduced, prolonging the rolling time and improving the overall crushing effect.
The machine also features a pressurizing spring that balances the pressurization effect, and an elastic connection that enhances shock absorption. Utilizing the lever principle, the cement plaster spraying machine connects the symmetrical grinding roller assembly with a horizontally positioned spring through a pull rod. When the grinding roller assembly encounters large materials, the radial force is transmitted to the opposing assembly through the spring, balancing the force and improving the machine's overall stress capacity by about 40% compared to other products. This elastic coupling reduces vibration and noise, effectively preventing resonance, making the machine more stable and durable.
Equipped with a high-precision powder separator impeller, the cement plaster spraying machine can significantly improve powder separation accuracy and increase product density. By increasing the blade density of the separator, the machine achieves finer product results at a constant rotating speed. The high-density impeller can operate at a lower speed than low-density counterparts, reducing air resistance. This results in a 50% increase in the output of finished products under the same driving conditions, demonstrating improved efficiency in production without sacrificing quality.
These advanced design features make the cement plaster spraying machine a powerful tool for achieving high efficiency, precision, and consistency in plaster spraying and related applications.
