德国奥莱斯OLES进口氮气减压阀
【进口氮气减压阀】详细说明：
输出压力稳定，密封性能好，阀体带过滤装置，使用方便。直接接氮气钢瓶即可，用于医疗实验，工业设备稳定控压，节能减排shou选。此款氮气减压阀是氮气钢瓶减压阀，适用于氮气钢瓶。
德国奥莱斯OLES进口氮气减压阀
【进口氮气减压阀】详细说明：
输出压力稳定，密封性能好，阀体带过滤装置，使用方便。直接接氮气钢瓶即可，用于医疗实验，工业设备稳定控压，节能减排shou选。此款氮气减压阀是氮气钢瓶减压阀，适用于氮气钢瓶。阀体结构体轻巧是采用控制阀体内的启闭件的开度来调节介质的流量,将介质的压力降低,同时借助阀后压力的作用调节启闭件的开度,使阀后压力保持在一定范围内,特点是在进口压力不断变化的情况下,保持出口压力值在一定的范围内，出口有微调装置便于控制压力特点是：输出压力小，稳压可靠，安全放心。专为试验输出压力要求精确度高而设计。
The output pressure is stable, the sealing performance is good, the valve body is equipped with filter device, and the use is convenient. Nitrogen cylinder can be directly connected for medical experiments, stable pressure control of industrial equipment, energy saving and emission reduction is preferred. This nitrogen pressure relief valve is a special pressure relief valve for nitrogen cylinders. It is suitable for nitrogen cylinders. The valve body structure is lightweight, which uses the opening of the opening and closing parts in the control valve body to regulate the flow rate of the medium and reduce the pressure of the medium. At the same time, the opening of the opening and closing parts is regulated by the function of the pressure behind the valve, so that the pressure behind the valve can be kept within a certain range. The characteristic is to keep the pressure value of the outlet at a certain level when the inlet pressure is constantly changing. Within the perimeter, the outlet has a fine-tuning device for easy pressure control. The characteristics are: low output pressure, reliable voltage stabilization and safety. It is specially designed for high accuracy of test output pressure.
【进口氮气减压阀】特性：
减压阀是采用控制阀体内的启闭件的开度来调节介质的流量，将介质的压力降低，同时借助阀后压力的作用调节启闭件的开度，使阀后压力保持在一定范围内，并在阀体内或阀后喷入冷却水，将介质的温度降低，这种阀门称为减压减温阀。该阀的特点，是在进口压力不断变化的情况下，保持出口听压力和温度值在一定的范围内。减压阀是气动调节阀的一个*配件，主要作用是将气源的压力减压并稳定到一个定值，以便于调节阀能够获得稳定的气源动力用于调节控制
【进口氮气减压阀】特点：
氮气减压阀是氮气钢瓶出口压力需求不超过2mpa时设备前端减压装置，相比出口压力、流量更大，比普通氮气减压阀输出压力更大更稳定。氮气减压阀是采用控制阀体内的启闭件的开度来调节介质的流量,将介质的压力降低,同时借助阀后压力的作用调节启闭件的开度,使阀后压力保持在一定范围内。氮气减压阀是将气瓶内的高压气体任意调节减至使用压力,以供使用的气瓶减压装置,主要用于焊接、切割及化工、医药卫生、电子工业等方面。氮气减压阀不论输入压力和输出流量发生变化,都能保证稳定的输出压力。
