适合异径管件单头扩缩等成型加工需要。
我们为用户提供下列规格的异径管件产品。
We provide our clients with reducers in the following specifications.
泵的水平入口管变径时，应选用偏心异径管。
Pump inlet pipe diameter changes when level, should choose eccentric different-diameter pipe.
喇叭形异径管产生旋风作用并进行边界层控制。
The bell reducer provides the cyclone action and the boundary layer control.
分析了氨合成塔底部副线20钢异径管爆破的原因。
The explosion cause of 20 steel tube with different diameters on the bottom of ammonia synthesis tower was analyzed.
偏心异径管两端管口圆周内切，一般用于水平的液体管道。
Eccentric different-diameter pipe tube ends in circumference, commonly used for liquid level of pipeline.
它主要是由快开盲板、筒体、异径管、鞍式支架等部分构成。
It mainly consists of fast - opening blind, barrel, reducer, and saddle support.
它主要是由快开盲板、筒体、异径管、鞍式支架等部分构成。
It mainly consists of Quick Opening Closure, barrel, reducer, and saddle support.
异径管也叫大小头，两端管口直径不同，用于连接不同直径的管子或法兰进行变径。
Different-diameter pipe size head, also called tube diameter at different, used to connect different diameter of pipe or flange diameter changes on.
当需要增大或者减小所有泵吸入口处的管道尺寸，平面一侧朝上安装时，应使用偏心异径管。
Eccentric reducers shall be used when necessary to increase or decrease the line size at the suction to all pumps, install flat side on top.
括号内的数值为SH 3410标准中规定的同径管件尺寸，相应的异径管件尺寸见产品标准。
The values of the bracket means the sizes of straight fittings defined in the codes of SH 3410, and the relevant sizes of the reducing fittings refer to the standards of production.
管件类：弯头、三通、四通、活接头、卜芯、大小头、管帽、堵头、内丝、外丝、翻边、异径管。
Pipe series: Elbow, tee, cross, movable joint, Bu core, reducer, pipe cap, choke plug, inside the wire, outside the wire, turned-over edge, increaser etc.
采取不锈钢材质制成的管件，包括不锈钢弯头，不锈钢三通，不锈钢四通，不锈钢异径管，不锈钢管帽等。
Take the pipe made of stainless steel, including stainless steel elbow, stainless steel three, stainless steel four, stainless steel different diameter pipe, stainless steel pipe cap.
针对异径管的冲蚀失效问题，以管壁腐蚀产物保护膜为研究对象，主要研究流固耦合对管道冲蚀破坏的作用机理。
The interaction between multiphase liquid in boundary layer within pipe wall and the damage of protective erodent products film is analyzed.
模型考虑了注汽管线上各种阀门、弯头、补偿器、异径管的影响，考虑了变注入工况和注汽管偏心结构对热损失的影响。
The following factors were considered in heat loss calculating model, namely various valves, elbows, compensator, tube diameter, various injection conditions and injecting pipe's eccentric structure.
模型考虑了注汽管线上各种阀门、弯头、补偿器、异径管的影响，考虑了变注入工况和注汽管偏心结构对热损失的影响。
The following factors were considered in heat loss calculating model, namely various valves, elbows, compensator, tube diameter, various injection conditions and injecting pipe's eccentric structure.
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