Rubber to metal bonding has an extensive application in many industrial fields. For instance car making, war industry, road, bridge and machine-building etc. Adopt rubber to metal bonding can obtain kind intensity and durability, at the same time, reduced the function of shake , wear-resisting etc.

The rubber to metal bonding mostly adopt sulphurate bonding. But if under sulphurating condition the bonding layer is unstable, or suppurating craft is difficult to come true，we adopt cold bonding. Because the polarity on the vulcanized rubber surface is weaker, the activation is relatively low, and exist mold separating agent and blooming. It must go on clear up and chemical disposal if you want to bond the vulcanized rubber to strong polarity metal. The traditional chemical disposal method is acid treatment ,but this method have a lot of shortcoming, for example, makes the vulcanized rubber surface aging and produces a lot of cracks, reduces the vulcanized rubber physical performance, and disposal craft complicated, and seriously polluted environment etc.

This paper has been studied under the room temperature, through changing the rubber and adhesive prescription, we have bonded many kinds of rubber to metal. And get on multinomial testing to the sample such as tensile strength, shearing strength,. Through an analysis of experimental result ,we have discussed the bonding mechanism of the adhesive, and the influencing factors of bonding intensity.