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Wear-resistant and anti-corrosion puddle

A technology of anti-corrosion clay and nano-silicon carbide, which is applied in the field of refractory materials, can solve problems such as increasing boiler maintenance workload, increasing operating costs, and affecting continuous and safe operation of boilers, so as to ensure continuous and safe operation, reduce operating costs, and reduce maintenance workload effect

Active Publication Date: 2012-08-15
YIXING HONGYE INSULATION ENG
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The damage and falling off of refractory and wear-resistant lining materials of circulating fluidized bed boilers often cause boiler accidents and shut down the boiler, which affects the continuous and safe operation of the boiler, increases the maintenance workload of the boiler and increases the operating cost

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0033] The wear-resistant and anti-corrosion mortar includes material A and material B, among which,

[0034] The component ratio (weight percent) of material A is:

[0035] Epoxy resin 28%; Metal silicon powder 8%;

[0036] Brown corundum 33%; Nano silicon carbide 9%;

[0037] Silicon carbide 14%; silicon corundum 8%;

[0038] The component ratio (weight percent) of material B is:

[0039] Curing agent 14%; Metal silicon powder 22%;

[0040] Brown corundum 23%; Nano silicon carbide 9%;

[0041] Silicon carbide 19%; silicon corundum 9%;

[0042] Green Carbon 4%.

[0043] Take the raw materials according to the component ratio (weight percentage) of the above-mentioned A material, heat the epoxy resin to 100 ° C, and add brown corundum, nano-silicon carbide, metal silicon powder, silicon carbide, silicon corundum according to the proportion after heating for three hours. , cooling and packaging after stirring for three hours to complete the preparation of material A;

...

Embodiment 2

[0048] The wear-resistant and anti-corrosion mortar includes material A and material B, among which,

[0049] The component ratio (weight percent) of material A is:

[0050] Epoxy resin 23%; Metallic silicon powder 9%;

[0051] Brown corundum 34%; Nano silicon carbide 10%;

[0052] Silicon carbide 14%; silicon corundum 10%;

[0053] The component ratio (weight percent) of material B is:

[0054] Curing agent 11%; Metal silicon powder 23%;

[0055] Brown corundum 25%; Nano silicon carbide 10%;

[0056] Silicon carbide 20%; silicon corundum 6%;

[0057] Green Carbon 5%.

[0058] Take the raw materials according to the component ratio (weight percentage) of the above-mentioned A material, heat the epoxy resin to 100 ° C, and add brown corundum, nano-silicon carbide, metal silicon powder, silicon carbide, silicon corundum according to the proportion after heating for three hours. , cooling and packaging after stirring for three hours to complete the preparation of material ...

Embodiment 3

[0063] The wear-resistant and anti-corrosion mortar includes material A and material B, among which,

[0064] The component ratio (weight percent) of material A is:

[0065] Epoxy resin 30%; Metal silicon powder 10%;

[0066] Brown corundum 32%; Nano silicon carbide 9%;

[0067] Silicon carbide 13%; silicon corundum 6%;

[0068] The component ratio (weight percent) of material B is:

[0069] Curing agent 15%; Metal silicon powder 16%;

[0070] Brown corundum 24%; Nano silicon carbide 10%;

[0071]Silicon carbide 20%; silicon corundum 10%;

[0072] Green Carbon 5%.

[0073] Take the raw materials according to the component ratio (weight percentage) of the above-mentioned A material, heat the epoxy resin to 100 ° C, and add brown corundum, nano-silicon carbide, metal silicon powder, silicon carbide, silicon corundum according to the proportion after heating for three hours. , cooling and packaging after stirring for three hours to complete the preparation of material A; ...

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Abstract

The invention relates to a wear-resistant and anti-corrosion puddle which is characterized by comprising a material A and a material B. The material A comprises the following components of epoxy resin, metal silicon powder, brown aluminum oxide, nanometer silicon carbide, silicon carbide, and silicon corundum; and the material B comprises the following components of a curing agent, the metal silicon powder, the brown aluminum oxide, the nanometer silicon carbide, the silicon carbide, the silicon corundum and green carbon. According to the wear-resistant and anti-corrosion puddle provided by the invention, the material A and the material B are mixed and constructed in field, so as to achieve simple and convenient construction operation, strong integrity after curing, thermal shock resistance, oxidation and erosion resistance, and good wear resistance and acid resistance. Therefore, a fire-resistant and wear-resistant lining material in operation is prevented from being damaged and released; the continuous and safe operation of a boiler is ensured; the maintenance working capacity is reduced; and the operation cost is reduced.

Description

technical field [0001] The invention relates to a refractory material, in particular to a wear-resistant and anti-corrosion cement. Background technique [0002] The circulating fluidized bed boiler has the advantages of good adaptability to fuel, high combustion efficiency and good environmental performance, and has been rapidly developed in China in recent years. So far, there are nearly 3,000 circulating fluidized bed boilers under design, construction and operation in China. At present, circulating fluidized bed boilers that have been put into operation generally have problems such as wear and tear of refractory and wear-resistant lining materials, wear of metal heating surfaces, and auxiliary machine failures. The damage and shedding of refractory and wear-resistant lining materials of circulating fluidized bed boilers often cause boiler accidents and shutdowns, affecting the continuous and safe operation of boilers, increasing boiler maintenance workload and increasin...

Claims

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Application Information

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IPC IPC(8): C04B35/66
Inventor 王洪新钱东明周锡伟俞永祥周听卫
Owner YIXING HONGYE INSULATION ENG
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