Plastic coated angle iron processing technology and storage battery pole plate solidifying frame adopting plastic coated angle iron

Abstract

The invention aims to discloses a plastic coated angle iron processing technology and an storage battery pole plate solidifying frame adopting the plastic coated angle iron, and solves the problems that the solidifying frame in the prior art is easy to corrode under an acid environment, and the maintenance cost is high. The invention provides a plastic coated angle iron processing technology process. The storage battery pole plate solidifying frame comprises four stand columns and at least one layer of horizontal rectangle hanging frame arranged among the four stand columns, wherein each layer of horizontal rectangle hanging frame comprises a frame body which is composed of two horizontal beams and two longitudinal beams, at least one auxiliary longitudinal beam is arranged between the two horizontal beams in each frame body, and the longitudinal beams and the auxiliary longitudinal beam are all provided with the plastic coated angle iron with resin coatings. The plastic coated angle iron processing technology and the storage battery pole plate solidifying frame provided by the invention have the advantages that resin melting solutions are soaked on the angle iron, the resin is fixedly spliced on the angle iron through cooling, the resin spliced on the angle iron is not easy to fall, the solidifying frame made of the angle iron spliced by the resin can work under an acidity condition, the angle iron can effectively prevented from being subjected to acid and rust, the solidifying environment of a pole plate is improved, the rust pollution is prevented, the frequent maintenance does not need, and the manufacturing cost is low.

Description

technical field [0001] The invention relates to a processing technology of plastic-coated angle steel and a storage battery polar plate curing frame using the plastic-coated angle steel. Background technique [0002] At present, in the production process of lead-acid batteries, the curing frame made of angle steel is often used frequently and frequently, so the curing frame is always easy to corrode; The solidified curing frame tends to gradually fall off the surface anti-corrosion layer as it is used over time, and the iron is exposed to the air and the production environment, which often produces rust and corrosion, which affects the product performance, and the maintenance cost is high; if The use of special acid-resistant stainless steel and other profiles such as angle steel greatly increases the production cost, such as the curing rack disclosed in patent CN201220589686.9 and the curing rack disclosed in patent CN201020627532.5. Contents of the invention [0003] Th...

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Problems solved by technology

[0003] The invention provides a storage battery pole plate curing frame and a plastic-hanging angle steel processing technology, aiming to solve the problem of easy corrosion and high maintenance cost of the curing frame in an acidic environment in the prior art

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