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wire-rod has the problem of the dynamic tension fluctuation caused by interference when it is in the process of rolling, so it lead to the fluctuation of the dimension of the rolling element, #sideloop can eliminate part of the tension fluctuation to make sure the precision of the equipments.

wire-rod has the problem of the dynamic tension fluctuation caused by interference when it is in the process of rolling, so it lead to the fluctuation of the dimension of the rolling element, #sideloop can eliminate part of the tension fluctuation to make sure the precision of the equipments.

#ChoppingSnapShear   The #snapshear is fixed behind the #trackswitch, and is used to chop the rolled piece cut off by the #flyingshear before falling into the offcut collector when some failure occurred to the #rollingmill.

#ChoppingSnapShear The #snapshear is fixed behind the #trackswitch, and is used to chop the rolled piece cut off by the #flyingshear before falling into the offcut collector when some failure occurred to the #rollingmill.

#ChoppingSnapShear   The #snapshear is fixed behind the #trackswitch, and is used to chop the rolled piece cut off by the #flyingshear before falling into the offcut collector when some failure occurred to the #rollingmill.

#ChoppingSnapShear The #snapshear is fixed behind the #trackswitch, and is used to chop the rolled piece cut off by the #flyingshear before falling into the offcut collector when some failure occurred to the #rollingmill.

#Trackswitcher is behind the 3# #flyingshear, being composed by upper and lower switchable groove, the finished product will be switched to the #finishingmill through the lower groove and the waste will be switched to the collecting device through the upper groove. The upper groove is connected with snap shear while the lower groove is connected with #finishingmill.

#Trackswitcher is behind the 3# #flyingshear, being composed by upper and lower switchable groove, the finished product will be switched to the #finishingmill through the lower groove and the waste will be switched to the collecting device through the upper groove. The upper groove is connected with snap shear while the lower groove is connected with #finishingmill.

#Sideloop is composed by cylinder, sets of roll, loop platform, turning roll and loop scanner. Cylinder push the sets of roll. Sets of roll is mainly combined by the roll on the rocker. When the sets of roll is in the location of retraction, roll fully withdraw the #rollingline, the tip of #roller can directly get into the finishing mill through loop platform.

#Sideloop is composed by cylinder, sets of roll, loop platform, turning roll and loop scanner. Cylinder push the sets of roll. Sets of roll is mainly combined by the roll on the rocker. When the sets of roll is in the location of retraction, roll fully withdraw the #rollingline, the tip of #roller can directly get into the finishing mill through loop platform.

As the head and rear part of the rolling parts have some defect or the temperature of steel is too low, the #flyingshear need to cut the head and rear to insure the quality of the rolling parts before it gets into the finishing mill.  The flying shear will cut the rolling parts immediately if any failure occurs to the finishing mill, then the switch will turn the parts to snap shear to snap.

As the head and rear part of the rolling parts have some defect or the temperature of steel is too low, the #flyingshear need to cut the head and rear to insure the quality of the rolling parts before it gets into the finishing mill. The flying shear will cut the rolling parts immediately if any failure occurs to the finishing mill, then the switch will turn the parts to snap shear to snap.

We should know and understand that the materials we use come from processes that are tied into complex systems. Ores are mined, then shipped, then refined, then cut, and then shipped. Sometimes these processes are so complex that the value we get out of the material is not worth the trouble.

We should know and understand that the materials we use come from processes that are tied into complex systems. Ores are mined, then shipped, then refined, then cut, and then shipped. Sometimes these processes are so complex that the value we get out of the material is not worth the trouble.

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