The invention relates to the field of resin preparation and production, in particular to a
furan resin efficient production technology. The
furan resin efficient production technology comprises a mainmaterial output part, a preliminary mixing part, a secondary mixing part and a stable flow output part. A main material is conveyed by a mixing part on a main material output
assembly and meanwhile ejected by a main material bin under the effect of
centrifugal force, a liquid flow layer is divulged through an
impact mode, preliminary mixed liquid with the main material and an auxiliary material being of an up-down overlapped structure is formed,
impact is conducted through a catalyst which is ejected intermittently in a compressed mode, the main material, the auxiliary material and the catalyst flow down along the surface of a slow flow
assembly after being subjected to secondary mixing, and the main material, the auxiliary material and the catalyst are output after penetrating through aflow distributing net; and the main material which is of a spiral structure is output by the mixing part and the liquid flow layer is divulged in an
impact mode, the preliminary mixed liquid with themain material and the auxiliary material being overlapped up and down in a spaced mode is formed, then a flow jetting
assembly is driven by a preliminary mixing mechanism to conduct secondary mixing on the catalyst in a rotary jetting mode, and the technical problems that the production efficiency is low, and mixing is not even existing in the prior art are solved.