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Mould stacking method of high precision integral anode chamber for electro-conductive glass steel electrical demister

A technology of conductive FRP and electric demister, which is applied in the field of conductive FRP electric demister, can solve the problems of large size deviation of the anode chamber, low work efficiency and high production cost, so as to reduce production cost, improve work efficiency and reduce size deviation small effect

Active Publication Date: 2015-01-28
韦捷
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  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

However, this production method involves more manual participation, lower work efficiency, more manpower consumption, and higher total production costs.
In addition, due to the poor straightness of the anode tube after curing and demoulding, the size deviation of the overall anode chamber after molding is large, and only the ends of the anode tubes are bonded. Due to the straightness of the anode tube, the overall anode chamber There will be a lot of gaps in the middle part, and the overall strength of the anode chamber is low

Method used

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  • Mould stacking method of high precision integral anode chamber for electro-conductive glass steel electrical demister
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  • Mould stacking method of high precision integral anode chamber for electro-conductive glass steel electrical demister

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Embodiment Construction

[0042] The present invention will be described in further detail below in conjunction with the accompanying drawings.

[0043] The stacking method of the high-precision integral anode chamber for the conductive glass fiber reinforced plastic electrostatic demister of the present invention comprises the following steps:

[0044] The first step, prepare the mold

[0045] The mold is a mold with a steel skeleton covered with a glass fiber reinforced plastic structure, and the number of molds is not less than the number of anode tubes required by the overall anode chamber to be produced. Such as figure 1 and figure 2 As shown, the mold is columnar, and its cross section is a regular hexagon. Both ends of the mold have outwardly protruding cylinders 1. The axes of the cylinders 1 coincide with the axes of the mould, and the surface of the mold is processed flat and smooth.

[0046] The second step is to prepare the stacking platform

[0047] Such as image 3As shown, the mol...

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Abstract

The invention relates to a mould stacking method of a high precision integral anode chamber for an electro-conductive glass steel electrical demister. The method is characterized by comprising the following steps: preparing a mould, preparing a mould stacking platform, pre-manufacturing anode tubes, stacking the moulds, demoulding, trimming, and sealing the opening. The mould stacking platform comprises a horizontally-arranged base plate, and two vertically-arranged side plates are respectively arranged on the two sides of the base plate. A semi-hexagonal groove, which can accommodate a mould, is arranged on the upper surface of the base plate along the horizontal direction. In the anode tube pre-manufacturing step, uncured semi-finished anode tubes are manufactured on moulds, wherein the number of the moulds is more than that of anode tubes that are required for manufacturing an anode chamber. In the mould stacking step, the uncured semi-finished anode tubes and the moulds are transported to the mould stacking platform as a whole and stacked together. The provided integral anode chamber production method has the advantages of high work efficiency and low total production cost, and moreover the produced integral anode chamber has the advantages of small size deviation and high strength.

Description

technical field [0001] The invention relates to a conductive FRP electric demister, in particular to a stacking method of a high-precision integral anode chamber for the conductive FRP electric demister. Background technique [0002] It is well known in industries such as electric power, steel, chemical industry, non-ferrous smelting, and cement that the overall anode chamber for a conductive FRP electrostatic precipitator is produced by stacking anode tubes one by one. [0003] At present, the mold stacking method of the integral anode chamber for the conductive FRP electrostatic precipitator used in the industry is: use a single mold to manufacture an anode tube, demould and trim after curing, and repeat this process to manufacture several anode tubes. An H-shaped open slot is used as a stacking platform, and the anode tubes are stacked in the open slot of the stacking platform according to a certain sorting method. The adjacent two pole tubes are locked with steel clamps,...

Claims

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Application Information

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IPC IPC(8): B29C65/00B29C70/34B29C70/54
Inventor 韦捷
Owner 韦捷
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