Novel automobile glass binding agent preparation equipment

Abstract

The invention relates to the technical field of glass bonding agent preparation and discloses novel automobile glass binding agent preparation equipment which comprises a shell, wherein a feeding pipeline is fixedly connected inside the shell; a measuring rack is fixedly connected inside the shell and at the lower end of the feeding pipeline; a holding plate is moveably connected inside the measuring rack; a discharge pipeline is moveably connected with the bottom of the holding plate; the surface of the a discharge pipeline is sleeved by a spring; and a storage groove is fixedly connected inside the feeding pipeline. When the pore in the surface of the equipment is enlarged, a resin flows out, organic waste gases are generated after the resin flowing out is cured, a scraper plate can be driven to rotate when a spring is deformed, wind can be generated when the scraper plate is rotated, the wind is the center of the rotating shaft, and then the organic waste gases generated when the resin is cured can be sucked into a storage tank from the discharge pipeline in the deformation recovery process, and are absorbed by a waste gas absorption material, so that an effect of eliminating waste gases after bonding is completed can be achieved.

Description

technical field [0001] The invention relates to the technical field of glass bonding agent production, in particular to a novel bonding agent manufacturing equipment for automobile glass. Background technique [0002] The development of the appearance of modern cars is closely related to the development of glass technology. The front windshield of the car adopts a single-piece curved windshield, and the flat windshield is gradually abandoned. [0003] Among them, resin is often used for bonding glass. After curing, the comprehensive performance of the resin is good, and the mechanical performance index is slightly lower than that of epoxy resin, but better than that of phenolic resin. [0004] The production of resin is often based on polyester polycondensation reaction, but the unsaturated polyester resin after production is easy to fix and form under normal temperature and pressure, and will generate organic waste gas during curing. If it is not handled properly, it will e...

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Problems solved by technology

[0004] The production of resin is often based on polyester polycondensation reaction, but the unsaturated polyester resin after production is easy to fix and form under normal temperature and pressure, and will generate organic waste gas during curing. If it is not handled properly, it will endanger the human body and the environment. In addition , unsaturated polyester resin can not be stored for a long time, it needs to be used and prepared immediately, if it is prepared and then transferred to the corresponding filling mechanism, exposing the resin to normal temperature and pressure will affect its chemical properties, so a new type of automotive glass The use of binders to make equipment came into being

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