Textile sizing agent storage tank

Abstract

The invention relates to a textile sizing agent storage tank which comprises a support base, a storage tank, a water replenishing tank and a stirring device, wherein the storage tank and the water replenishing tank are both arranged at the upper surface of the support base; the storage tank comprises a tank body, a sealing cover and a heating mechanism; a sealed cavity structure is jointly formed by the tank body and the sealing cover; the heating mechanism is embedded to the side wall of the tank body; a liquid feeding hole, a water replenishing hole and an exhaust port are additionally formed in the side wall of the top of the tank body and are respectively provided with a control valve, wherein the water replenishing hole is communicated with the water replenishing tank by a conduit, a water feeding pump is additionally arranged on the water replenishing tank which is communicated with the conduit; and the stirring device comprises a stirring driving mechanism, a transmission shaft and a stirring paddle. According to the invention, textile sizing agent can be subjected to continuous heat preservation and stirring operations effectively, so as to avoid generation of phenomenon of agglomeration; and furthermore, evaporating moisture in the paddle can be effectively removed, so as to prevent the occurrence of the phenomenon of local agglomeration of the paddle caused by backflow of condensate water, and water replenishment for the paddle can be carried out at any time, so that the mobility of the sizing agent is ensured.

Description

technical field [0001] The invention relates to a storage tank for textile slurry, which belongs to the technical field of textile machinery and equipment. Background technique [0002] At present, in the textile industry, spraying treatment on yarns through liquid textile slurry is an important means to improve the wear resistance, tensile strength and other properties of textiles such as yarns, and is of great importance to the quality of textiles. In order to ensure that the textile slurry can be sprayed normally, at the same time, the textile slurry is dissolved in water and kept in a state of continuous heating and stirring, so as to avoid the solidification of the slurry and affect the development of the spraying process, but it is found in actual operation , when the slurry is heated, the water in the slurry is heated to form steam that diffuses out of the slurry and cools down on the container wall to condense into water droplets. When the low-temperature water drops...

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Problems solved by technology

[0002] At present, in the textile industry, spraying treatment on yarns through liquid textile slurry is an important means to improve the wear resistance, tensile strength and other properties of textiles such as yarns, and is of great importance to the quality of textiles. In order to ensure that the textile slurry can be sprayed normally, at the same time, the textile slurry is dissolved in water and kept in a state of continuous heating and stirring, so as to avoid the solidification of the slurry and affect the development of the spraying process, but it is found in actual operation , when the slurry is heated, the water in the slurry is heated to form steam that diffuses out of the slurry and cools down on the container wall to condense into water droplets. When the low-temperature water drops fall into the high-temperature slurry, it is easy to As a result, the local temperature of part of the slurry decreases rapidly and the local solidification results in damage to the quality of the slurry, which seriously affects the normal development of the spraying process and the stability of the quality of the textile after spraying. In order to solve this phenomenon, there are currently also storage containers for the slurry The practice of starting the exhaust port on the top will discharge the water vapor in time, so as to avoid the condensation of the slurry caused by the backflow of water droplets, but with the overflow of a large amount of water vapor, the concentration of the slurry will gradually increase, and eventually the fluidity of the slurry will decrease. Thereby affecting the development of spraying operations, in view of the problems existing in the storage of textile slurry, it is urgent to develop a new type of textile slurry storage device to overcome the shortage of current equipment and meet the needs of actual use

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