不锈钢防卡旋转阀主要用于塑料、食品、化工、锂电、矿山、环保行业原料输送。

　　针对颗粒、片状、块状物料，实现不卡料、不堵料。

　　防卡型旋转阀主要材质：不锈钢304-310、铝合金、钛合金、陶瓷系列等。

　　压力：2kg/cm²系统压力或压差。

　　增大入口/出口：正方形和圆形。

　　轴承外置式：有效的防止粉尘侵入轴承，增大设备适应较高温度的使用范围。

　　驱动方式：链驱动/马达直连驱动口。

　　动力配置：摆线针轮减速机、Y系列电机(可按需方指定动力配置)，排气口增压输送时将叶轮旋转带出的高压气体通过排气口送至排气装置，提高填充效率。【电话/微信咨询：陈经理18068546632】

　　旋转阀气密封装置主要用于在气力输出系统中，‌特别是在需要处理粉尘和小颗粒物料的场合。工作原理依赖于气体密封技术，‌通过保持一定的气源压力，‌通常高于管道内压力0.1个大气压，‌从而在卸料阀内部形成正负压差，‌确保充气的压力大于内部物料的压力，‌从而实现有效的密封。‌这种设计不仅提高了卸料阀的可靠性，‌还能有效防止物料在输送过程中的泄漏，‌确保系统的正常运行。‌【电话/微信咨询：陈经理18068546632】

        《扫二维码-添加 陈经理 微信-咨询不锈钢防卡旋转阀》

　　Stainless steel anti seize rotary valves are mainly used for raw material transportation in the plastic, food, chemical, lithium battery, mining, and environmental protection industries.

　　For granular, flake, and block materials, achieve no material jamming or blockage.

　　The main materials of anti jamming rotary valve include stainless steel 304-310. aluminum alloy, titanium alloy, ceramic series, etc.

　　Pressure: 2kg/cm ² system pressure or pressure difference.

　　Increase entrance/exit: square and circular.

　　External bearing: effectively prevents dust from entering the bearing and increases the equipment's adaptability to higher temperatures.

　　Drive mode: chain drive/motor directly connected to the drive port.

　　Power configuration: Cycloid pinwheel reducer, Y-series motor (can be configured according to the power requirements specified by the demand). When the exhaust port is pressurized and transported, the high-pressure gas carried out by the impeller rotation is sent to the exhaust device through the exhaust port to improve the filling efficiency.

　　The rotary valve air seal device is mainly used in pneumatic output systems, especially in situations where dust and small particle materials need to be processed. The working principle relies on gas sealing technology. By maintaining a certain gas source pressure, usually 0.1 atmospheres higher than the pressure inside the pipeline, a positive and negative pressure difference is formed inside the discharge valve to ensure that the inflation pressure is greater than the pressure of the internal material, thus achieving effective sealing. This design not only improves the reliability of the discharge valve, but also effectively prevents material leakage during transportation, ensuring the normal operation of the system.