This paper attempts to build a model of dark matter fluids, according to which the universe is filled with dark matter fluids. This dark matter fluid is made up of two of the most basic particles, which are called Fieldons in this paper. These two basic dark matter particles can also form dark matter molecules, and rely on the interaction between molecules to form dark matter fluids. In the process of dark matter fluid flow, because the dark matter fluid itself also has a certain viscosity, it will produce turbulence when the flow rate of the dark matter fluid changes. The basic fluid form that makes up the turbulence of dark matter is the form of a vortex tube. Each end of the vortex corresponds to positive and negative charges and positive and negative magnetic monopoles. If we consider that the space-time in which the charges are the elementary particles is a space-time that can be measured by us humans, then the space-time composed of magnetic monopoles is the space-time that human beings cannot measure. Finally, using the conditions for the quantization of Dirac’s charge, we can show that the formation of charge and magnetic monopole vortexes can automatically satisfy the conditions for quantization of charge. The significance of this paper is to construct a new dark matter model, which can be used as an effective supplement to the existing dark matter model. In addition, this paper also points out that the propagation of electromagnetic waves in dark matter fluids is only similar to the sound propagating in matter on Earth, which is a very slow signal. If this analogy holds, it means that there may be a faster signal in the dark matter fluid. Perhaps the existence of this faster signal can also be used to explain the problem of quantum entanglement at a distance, and also bring the dawn of interstellar communication for human beings.