The invention discloses an industrial production technology for a bonding permanent-magnetic ferrite magnetic material. The bonding permanent-magnetic ferrite magnetic material is prepared by three raw materials of iron sesquioxide, strontium carbonate and anhydrous strontium chloride. The technology mainly comprises the following steps: distributing, strong-mixing, compacting, pelletizing and pre-sintering, enabling a pre-sintered pellet which reaches a pre-sintering temperature and is good in heat preservation to be rapidly placed in water, after cooling, preparing a rolling block through technologies of breaking, vibration-milling, tempering, hot-rolling, cold-rolling and the like. The industrial production technology is capable of reducing a tedious production manufacturing flow in theproduction technology, greatly shortening smashing time, improving production efficiency, and greatly reducing production cost. A coercive force (Hcj) of produced bonding permanent-magnetic ferrite is improved in the precondition that residual magnetism (Br) is guaranteed not to be changed while a traditional industrial production technology is improved, and perfect magnetic performance is acquired. In addition, zero release of dust in a breaking process is realized, pollution to the environment is relieved, and outstanding contribution is made to sustainable development.