The invention provides a special heat-
salinity-resistant drag 
reducer for 
shale gas fracturing. The special heat-salinit-resistant drag 
reducer is prepared from the following raw materials by 
mass percent: 20-40 percent of nonionic monomers, 10-30 percent of 
salinity-resistant monomers, 1-10 percent of an emulsifier, 0.1-0.8 percent of an initiator, 0.1-1.5 percent of 
sodium bisulfite, 5-20 percent of an 
organic solvent, 1-3 percent of a 
phase inversion agent and the balance of deionized water. A 
manufacturing technology of the special slickwater resistance 
reducing agent comprises the steps of 
raw material mixing, modulation and modification, purification for 
impurity removal and modulation and modification. The 
manufacturing technology is simple, high in production efficiency and low in production cost, and can effectively reduce the production and application costs of the drag 
reducer, and meanwhile, the prepared drag reducer is quick in 
dissolution, low in 
energy consumption, good in shearing resistance, nontoxic, 
pollution-free and dust-free, nondestructive to health, good in fluidity, easy to operate, and high in heat-and-
salinity resistance. Therefore, on one hand, the application requirements for 
shale gas exploitation are effectively met, and the exploitation cost is lowered, and on the other hand, damages caused by 
shale gas resource exploitation to the 
natural environment and threats caused by shale gas resource exploitation to the health of operators can be effectively reduced.