Sintering machine slide sliding plate and manufacturing method thereof

Abstract

The invention relates to a sintering machine slide sliding plate and a manufacturing method thereof. The sintering machine slide sliding plate (1) with lubrication holes is included, and nodular castiron is used as a material; and a solid lubricant (2) is a high temperature and wear resistance solid lubricating material. As shown in a graph 1, a graph 2 and a graph 3, the sintering machine slidesliding plate (1) with the lubrication holes is cast from the nodular cast iron, and the lubrication holes arranged in a rhombus shape are simultaneously cast on the surface of the sliding plate whenthe slide sliding plate is cast, and the problem that metal material waste is caused by metal scrap generated by hole forming in the slide sliding plate is solved; the solid lubricant (2) is made of the high temperature and wear resistance solid lubricating material and is filled in the lubrication holes; cast circular beads are reserved between the hole walls of the lubrication holes and the surface of the slide sliding plate, the circular beads facilitate bringing-out of the lubricant during relative motion of a swimming plate and the sliding plate compared with straight corners, and the sealing effect is improved; the circular beads enable falling carbon particles to fall into the lubrication holes, and influences of the carbon particles on the sealing performance are reduced; and casting hole forming enables the hole walls of the lubrication holes to be rough, and the filled lubricant is not prone to falling during transportation and installation. The sintering machine slide sliding plate is simple in structure, low in processing cost, capable saving metal materials and capable of improving the sealing effect between the swimming plate and the sliding plate.

Description

technical field [0001] The invention belongs to the technical field of sintering machine equipment, and in particular relates to a slideway sliding plate of a sintering machine and a manufacturing method thereof. Background technique [0002] The degree of sealing between the sliding plate and the sliding plate of the sintering machine trolley affects the accident rate, productivity and energy consumption of the sintering machine. The structure and design of the sliding plate of the sintering machine slide play a decisive role in the sealing degree between the sliding plate and the sliding plate of the sintering machine trolley. [0003] Among the existing published patents, except CN2202288Y, all are improvements to the sealing structure of the slideway of the sintering machine trolley, but there is no substantial improvement on the sliding plate of the slideway of the sintering machine trolley. [0004] CN2202288Y discloses a method for setting lubricating grooves and add...

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Problems solved by technology

[0004] CN2202288Y discloses a method for setting lubricating grooves and adding solid lubricants on slideway slides. Although this technology has the advantages of simple structure, low cost, and the ability to collect fallen carbon particles and reduce non-uniform wear, this technology There are the following problems: one is that the lubricating groove is processed on the slideway slide, and the processing cost is high; the second is that the metal debris produced when the slideway slide is processed with the lubricating groove is also a waste of resources; the third is that the lubricating groove processed is at right angles to the surface of the slideboard, When the sliding plate and the sliding plate move relatively, it is not conducive to bringing out the solid lubricant in the lubrication groove opened by the sliding plate, which affects the sealing effect

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