德国托普TOP 进口锻钢高压球阀|进口高压锻钢球阀

进口锻钢高压球阀

德国托普进口锻钢高压球阀技术参数：

工作压力：1.0Mpa-42.0Mpa 150LB~2500LB

工作温度：-196~+550℃ 

适用介质：水、油、蒸气、硝酸类（温度≤200℃ ）、醋酸类（温度≤200℃ ）

驱动方式：手动、蜗轮、气动、电动等。连接方式：法兰、焊接、对焊、承插焊、等。

阀体材质：锻钢、A105、F11、F22、不锈钢、（304、304L、316、316L）铬钼钢

进口锻钢高压球阀产品概述：

 进口锻钢高压球阀阀体在两阀座部位沿与阀门通道轴线相垂直的截面分为三部分，整台阀门沿阀杆ZX轴左右对称，它在管道上主要用于切断、分配和改变介质流动方向。它的大枢轴结构保证在高压下准确的球体ZX位置，保证了阀门良好的操作性能；标准阀座采用弹簧结构，将阀座推向球体，保证了良好的进出口双向密封性能；利用自带的排放阀，阀体中腔可向外排放；枢轴采用防吹出保护结构，有效地防止泄漏；低磨擦系数的轴承，使得扭矩减少到zui小，便于阀门启闭；阀杆与阀体有效的接触，使防静电接地装置性能优越等。具有性能优异，可靠性高，用途广泛，价格合理等优点。

Forged steel ball valve high pressure in two seat parts along the section perpendicular to the channel axis and the valve is divided into three parts, the whole valve stem along the central axis symmetrical, it is in the pipeline is mainly used for cutting, distribution and change the flow direction of medium. The sphere center position accuray under high pressure to ensure the pivot of its structure, ensure the valve performance good; standard seat with the spring structure, will push the ball seat, to ensure a good sealing performance of import and export; the use of built-in discharge valve, the valve in the cavity can be discharged; the pivot blowout proof structure to effectively prevent leakage; bearing, low friction coefficient, the torque is reduced to a minimum, so the valve opening and closing the valve rod and the valve body; effective contact, the anti electrostatic grounding device for superior performance. With excellent performance, high reliability, wide application, reasonable price and so on.

进口锻钢高压球阀产品特点：

1、开关扭矩小，配置电动执行器小，工作稳定、可靠；

2、结构紧凑，重量轻，外形简洁、美观；

3、该阀既能适用高真空，又能适用一定的正压力下使用；

4、由于球阀全通导，又能达到超高真空要求，所以也能适用于加速器真空系统

1, switching torque is small, the configuration of the electric actuator is small, stable and reliable;

2, compact structure, light weight, simple and beautiful appearance;

3, the valve can be applied to high vacuum, but also can be used under certain positive pressure;

4, the ball all through the guide, and can meet the requirements of ultra high vacuum, so it can be applied to the accelerator vacuum system