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Bimetal opening mold for glass mold and preparation method of bimetal opening mold

A glass mould, bimetal technology, applied in glass manufacturing equipment, glass molding, glass blowing, etc., can solve the problems of strict requirements, increased mold cost, cracking of spray welding layer, etc., to achieve resistance to instantaneous thermal shock, Effect of reducing handling strength and resistance to abrasion

Active Publication Date: 2012-11-14
ORI MOLD TECH SUZHOU
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] In the existing technology, the nickel-based alloy material is usually combined with the inner cavity of the die body by plasma spray welding, that is, a nickel-based alloy layer is formed in the inner cavity, but the spray The welding process has the following shortcomings: first, due to the strict requirements and technical difficulties of the plasma spray welding process, it is difficult to guarantee the quality of spray welding, for example, cracking of the spray welding layer during use is common; second, the efficiency of spray welding is low , which is not conducive to meeting the requirements of industrialized enlarged production; third, the labor intensity of spray welding operators is high; fourth, because the die needs to be preheated before spray welding, it is often preheated with the mold in the furnace, thereby wasting energy; fifth, Due to the need to invest in special spray welding equipment and skilled personnel to operate, not only the increase in equipment investment will lead to a significant increase in mold costs, but also the consistency of quality is difficult to guarantee, because even if the same operator, often due to differences in experience, Differences in the sense of responsibility, emotions and / or mental states or changes will result in different spray welding quality; Sixth, due to the lack of compactness of the nickel-based alloy layer sprayed into the inner cavity, it will appear uneven, Weld spots, pores and cracks, etc., so that the service life of the die cannot reach the desired level

Method used

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  • Bimetal opening mold for glass mold and preparation method of bimetal opening mold
  • Bimetal opening mold for glass mold and preparation method of bimetal opening mold
  • Bimetal opening mold for glass mold and preparation method of bimetal opening mold

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Embodiment 1

[0027] please see Figure 1 to Figure 3 .

[0028] Take for example the bimetal die for preparing a glass mold in which the thickness ratio of the die base 1 to the nickel-based alloy insert 2 is 8:1, the inner diameter of the nickel-based alloy insert 2 is 42 mm, and the height is 30 mm.

[0029] A) Obtain the nickel-based alloy insert 2, and make the nickel-based alloy insert 2 by precision casting according to the process requirements for the mold used to manufacture glass containers such as red wine bottles, specifically: design a wooden mold of the corresponding size according to the drawing requirements Drawings, casting a precision nickel-based alloy insert 2 with corresponding dimensions, the chemical element composition and mass % of the nickel-based alloy insert 2 are: 0.20% carbon, 3.5% silicon, 0.3% chromium, 0.1% copper, 0.3% vanadium, 1.5% boron, 0.7% iron, and the rest is nickel, obtained by figure 2 As shown, on the side facing away from the nickel bas...

Embodiment 2

[0034] Only change the chemical element composition and mass % of the nickel-based alloy insert 2 in step A) to 0.22% carbon, 2.5% silicon, 0.4% chromium, 0.2% copper, 0.4% vanadium, 2% boron and 0.5% iron, the rest is nickel, change the thickness of the nickel-based alloy insert 2 to 6mm, the length of the tenon 22 to 3mm, change the wiping time to 5min, and then dry it in a drying oven for 45min , the drying temperature is 250°C; change the heating temperature in the intermediate frequency furnace described in step B) to 1320°C, and change the mass % of chemical elements to: 8% aluminum, 8% zinc, 14% Nickel, 0.08% silicon, 0.07% manganese and 1.5% iron, all the other being copper; change the mass percent of the raw materials forming anti-oxidation coating in step C) to: 90 parts of dehydrated alcohol, 5 parts of bauxite and 10 parts of zirconium powder, the preheating temperature is changed to 500°C, and the protective gas is changed to nitrogen; the thickness of the die b...

Embodiment 3

[0036] Only change the chemical element composition and mass % of the nickel-based alloy insert 2 in step A) to 0.18% carbon, 3% silicon, 0.45% chromium, 0.15% copper, 0.45% vanadium, 1.8% boron and 0.9% iron, and the rest is nickel. Change the thickness of the nickel-based alloy insert 2 to 8mm, the length of the tenon 22 to 4mm, change the wiping time to 8min, and the drying time to 30min. The drying temperature is 300°C; change the heating temperature in the intermediate frequency furnace described in step B) to 1310°C, and change the mass % of chemical elements to: 9% aluminum, 9.5% zinc, and 15% nickel , the silicon of 0.06%, the manganese of 0.05% and the iron of 1.2%, all the other are copper; Change the mass percent of the raw material that forms antioxidant coating in step C) into: 88 parts of dehydrated alcohol, 4 parts of bauxite and 8 parts of zirconium powder, the preheating temperature is changed to 650°C; the thickness of die base 1 in step D) is changed to 60...

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Abstract

The invention relates to a bimetal opening mold for a glass mold and a preparation method of the bimetal opening mold and belongs to the field of a glass mold and a preparation method of the glass mold. The bimetal opening mold comprises an opening mold base body and a nickel base alloy embedding block, wherein the nickel base alloy embedding block is combined into an inner cavity as an independent component, in addition, a group of tenons are formed at one side of the nickel base alloy embedding block backing to the nickel base alloy embedding block cavity, the group of tenons form a whole with the inner cavity of the opening mold base body in a mortise-tenon matching mode during the opening mold base body forming, the opening mold base body is copper alloy, the opening mold base body consists of the following chemical ingredients including aluminum, zinc, nickel, silicon, manganese, iron and the balance copper, and the nickel base alloy embedding block consists of the following chemical elements including carbon, silicon, chromium, copper, vanadium, boron, iron and the balance nickel. The bimetal opening mold has the advantages that the ideal high temperature resistance, oxidation resistance, creepage resistance, instant heat impact resistance and wear resistance performance can be realized, the service life of the opening mold is ensured, the manufacture requirements of the high-machine-speed glass container manufacture is met, the industrial production requirement is met, the energy sources are saved, the operation intensity of workers is reduced, and the influence caused by artificial factors is avoided.

Description

technical field [0001] The invention belongs to the technical field of glass molds and preparation methods thereof, in particular to a bimetal die for glass molds, and also relates to a preparation method thereof. Background technique [0002] As known in the industry, the glass mold is an important equipment for manufacturing glass containers, and the mouth mold is an important part of the glass mold assembly to control the mouth of the glass container. , sleeves and punches, etc., and the outside, that is, the side facing away from the inner cavity, is matched with the initial mold. Therefore, among all the parts of the complete set of glass molds, the matching surfaces of the die are the most, and the precision requirements are strict. Strict, relatively complex structure. Also, because in the manufacturing process of glass containers, the temperature of the glass melt can only be taken out from the initial mold when the temperature of the glass melt drops from 1000°C to...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C03B9/325C22C9/06C22C19/03
Inventor 戈剑鸣
Owner ORI MOLD TECH SUZHOU
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