Nano material continuous production device based on electrospinning technique

The invention discloses a nano material continuous production device based on electrospinning technique. The device comprises a high-voltage power supply, a gas type booster, a reservoir, a solution feeding device and a transmission belt type collector, wherein the gas type booster is used for controlling the filament flow velocity through gas pressure; the reservoir is used for storing precursor solution for electrospinning and a porous spinneret for spraying nano filaments; the solution feeding device is used for continuously conveying the precursor solution for electrospinning to the reservoir; the transmission belt type collector is matched with the porous spinneret and is used for receiving the nano filaments; the gas type booster is communicated with the reservoir and conveys gases to the reservoir; the anode of the high-voltage power supply is connected with the porous spinneret and the cathode thereof is earthed; the solution feeding device is communicated with the reservoir; and the transmission belt type collector is connected with the cathode of the power supply. The device has the following beneficial effect: the defects in the prior art, such as low rate, low yield, poor benefits, difficulty in volume production and the like, can be overcome to achieve the advantages of high rate, high yield, low cost, good benefits and easiness in industrialization.