實(shí)踐表明，帶雙鍍槽的軸頭在使用過程中，鑲槽壁容易崩裂，目前常用易加工的帶平臺(tái)的袖頭代替雙因槽的抽頭。

直徑超過400mm的冷軋軋輥，在鍛造后，多半在中心饅一個(gè)670一250mm的通7L。這樣，一力面可以使軋輥經(jīng)熱處理店的內(nèi)應(yīng)力分朽均勾；另一方面在軋輥表面淬火時(shí)，可對(duì)軋輥通水冷卻，提高淬火效果。

Practice shows that, with double bath head is in use, insert groove wall is easy to crack, at present common processing platform with the cuff instead of double slot for tap.

Cold roll diameter of more than 400mm, after forging, mostly in the 7L center. A 670 250mm. So, on one hand can make the roller stress heat treatment shop allocation hook are; on the other hand, the roll surface quenching, the water cooling roller, improve the quenching effect.

軋輥在軋機(jī)中的使用效果不但取決于軋輥材質(zhì)及其冶金質(zhì)量，還和使用條件、軋輥設(shè)計(jì)、操作維護(hù)有關(guān)。不同類型軋機(jī)的軋輥使用條件有很大差異，造成差異的因素有：軋機(jī)條件。如軋機(jī)類型、軋機(jī)和軋輥設(shè)計(jì)、孔型設(shè)計(jì)、水冷條件和軸承種類等。

The use effect of roll in the rolling mill not only depends on the material and metallurgical quality of the roll, but also is related to the conditi of use, the design of the roll and the operation and maintenance. The use conditi of the rolls for different types of rolling mills are very different. The factors that cause the difference are the rolling mill conditi. Such as rolling mill type, rolling mill and roll design, pass design, water cooling condition and bearing type and so on.

軋輥具有粘著力，優(yōu)異的抗壓強(qiáng)度、耐磨性和抗腐蝕性等歸納功用，選用高分子復(fù)合材料在傳動(dòng)部位磨損規(guī)范相對(duì)較小的狀況下可以現(xiàn)場(chǎng)免拆開修正。

The roller has super strong adhesive force, excellent compressive strength, wear resistance and corrosion resistance, and so on. The polymer  material can be free from dismantling in the condition that the wear standard of the transmission part is relatively small.

整體軋輥是相對(duì)于復(fù)合軋輥而言的，整體軋輥的輥身外層與心部以及輥頸采用單一材質(zhì)鑄造或鍛造而成，輥身外層和輥頸不同的組織、性能通過鑄造或鍛造工藝以及熱處理工藝過程來(lái)控制和調(diào)整。

The whole roll is compared to the  roll. The outer layer of the whole roll is made of a single material or forging with a single material. The structure and performance of the roll are  and adjusted by the casting or forging process and the heat treatment process.