Polymer coating quantitative filling equipment

Abstract

The invention relates to the technical field of material filling, in particular to polymer coating quantitative filling equipment which comprises a bottom frame. A material tank is fixedly installed on the bottom frame, a feeding pipe used for feeding materials into the material tank is integrally formed at the upper end of the material tank, a heater is fixedly installed at the upper end of the material tank, and a main heat conduction ring connected with the heat output end of the heater is fixedly mounted in the material tank. The polymer coating quantitative filling equipment has the beneficial effects that materials can be effectively and rapidly heated through the main heat conduction ring and an auxiliary heat conduction ring which are arranged in the material tank, so that the temperature suitable for filling can be rapidly reached; and in addition, the device can also cooperate with each unit cylinder through a conveying pipeline, so that quantitative high-pressure filling canbe carried out in a discontinuously supplied external container on the premise that the conveying pipeline works uninterruptedly, and the filling speed and the filling precision are effectively improved.

Description

technical field [0001] The invention relates to the technical field of material filling, in particular to quantitative filling equipment for polymer coatings. Background technique [0002] The polymer coating needs to be poured into the corresponding container after production. In order to ensure the normal pouring, the polymer coating needs to be heated to improve its fluidity. However, the heat conduction structure of the existing heating hot standby is unreasonable, resulting in slow heating speed. , the heating is uneven, and the existing filling equipment cannot guarantee the filling in a vacuum state, which causes air to easily enter the material and form air bubbles. The working accuracy is poor and it is not suitable for frequent start-stop operations, and the perfusion pressure is small, so it is difficult to meet the existing perfusion needs. [0003] If a new type of filling equipment with better heating efficiency and filling efficiency is invented, such problem...

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Problems solved by technology

[0002] The polymer coating needs to be poured into the corresponding container after production. In order to ensure the normal pouring, the polymer coating needs to be heated to improve its fluidity. However, the heat conduction structure of the existing heating hot standby is unreasonable, resulting in slow heating speed. , the heating is uneven, and the existing filling equipment cannot guarantee the filling in a vacuum state, which causes air to easily enter the material and form air bubbles. The working accuracy is poor and it is not suitable for frequent start-stop operations, and the perfusion pressure is small, so it is difficult to meet the existing perfusion needs

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