Method for enhancing preservative effect of lightning protection ground material

An anti-corrosion effect, lightning protection and grounding technology, applied in the direction of connection contact materials, anti-corrosion coatings, metal material coating technology, etc., can solve the problems of corrosion of the main material metal, unsuitable for corrosion environment, unsuitability, etc.

Inactive Publication Date: 2009-11-25
周宏伟
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AI Technical Summary

Problems solved by technology

[0008] 1) There are copper wires (belts), copper clad steel (including electroplated copper, etc., continuous casting copper) lightning protection grounding wires. Although the corrosion resistance performance has been improved for general medium soil environments, it still cannot meet the requirements of certain specific organic media. Corrosive environment, because once the product is formed, it cannot change its surface corrosion resistance to specific corrosive media, and a large amount of copper is buried in the soil, if it does not match the background metal content of the original soil environment, the soil environment of the area will be used polluted
[0009] 2) There are galvanized steel materials supplemented by a large amount of resistance reducing agent to reduce the grounding resistance, but in the construction of complex climate environment (alpine, severe cold, etc.), it is basically unable to meet the construction requirements, and the reliability of the electric welding joint At the same time, the resistance reducing agent may also cause corrosion to the grounding steel material, and the welding point cannot be guaranteed against corrosion
[0010] 3) Some grounding modules or ion-type grounding bodies are used. Such products are not only expensive, but also develop the grounding body in depth, and the construction cost will be greatly increased
And this type of method uses metal materials as the main frame of the grounding system---the main material, and the main material is used as the basis of the system grounding to connect and constitute the main frame of the electrical connection. The corrosion resistance and conductivity of the connection end are stable. The performance is subject to the construction skills and quality of the on-site construction personnel, and the unstable factors are extremely large
At the same time, all ionic materials have the problems of corrosion to the main material metal and contact resistance cannot be guaranteed
[0011] 4) There is a simple lightning protection grounding method that uses galvanized steel profiles as the main material of the lightning protection grounding device, but it has been considered unsuitable for the above-mentioned heavy corrosion fields in the industry, and is only limitedly used in extremely common requirements Lightning protection grounding system for buildings

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0049] Methods of enhancing the anti-corrosion effect of lightning protection and grounding materials:

[0050] 1. Pre-treat the surface of the metal matrix grounding material used for grounding to form a conversion film layer, and form a dense conversion film layer 2 at room temperature, with a thickness of 40-80 μm, which is used to strengthen the subsequent anti-corrosion conductive layer. Adhesion transition layer.

[0051] The raw material of pretreatment liquid is all commercially available, takes by weight respectively: zinc phosphate 0.1g (0.1%); Titanium nitrate 6g (6%); Conductive zinc powder 0.01g (0.01%), ammonium molybdate 3g ( 3%), iron filings 0.2g (0.2%); water 90.69g (90.69%).

[0052] Mix the above-mentioned raw materials according to the weight ratio evenly, control the pH of the treatment solution to 1.0 to 5.2, and the density to 1 to 1.08 to form a pretreatment solution, apply it on the surface of the metal base material used for grounding, and dry at ro...

Embodiment 2

[0070] Methods of enhancing the anti-corrosion effect of lightning protection and grounding materials:

[0071] 1. Pre-treat the surface of the metal matrix grounding material used for grounding to form a conversion film layer, and form a dense and conductive conversion film layer 2 at room temperature, with a thickness of 40-80 μm. Transition layer for the adhesion of subsequent anti-corrosion conductive layers.

[0072] The raw materials of pretreatment liquid are all commercially available, and take by weight respectively: zinc phosphate 5g (5%); Titanium nitrate 0.2g (0.2%); Conductive zinc powder 5g (5%), ammonium molybdate 0.1g ( 0.1%), iron filings 0.1g (0.1%); water 89.6g (89.6%).

[0073] Mix evenly according to the weight ratio, control the pH=1.0-5.2, and the density is 1-1.08 to form a pretreatment liquid, apply it on the surface of the metal base material used as grounding, and dry it at room temperature for 0.5 hours to form a layer of compactness. Conductive c...

Embodiment 3

[0090] Methods of enhancing the anti-corrosion effect of lightning protection and grounding materials:

[0091] 1. Pre-treat the surface of the metal matrix grounding material used for grounding to form a conversion film layer, and form a dense and conductive conversion film layer 2 at room temperature, with a thickness of 40-80 μm. Transition layer for the adhesion of subsequent anti-corrosion conductive layers.

[0092] The raw materials of pretreatment liquid are all commercially available, and take by weight respectively: zinc phosphate 3g (3%); Titanium nitrate 2.8g (2.8%); Conductive zinc powder 2.5g (2.5%), ammonium molybdate 1.5g (1.5%), iron filings 0.1g (0.1%); water 90.1g (90.1%).

[0093] Mix evenly according to the above weight ratio, control the pH=1.0~5.2, and the density is 1~1.08 to form a pretreatment liquid, apply it on the surface of the metal base material used as grounding, and dry it at room temperature for 0.5 hours to form a dense layer The conversio...

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Abstract

The present invention relates to method for enhancing preservative effect of lightning protection ground material belongs to manufacture and application field of electrical engineering used conductive metal material. The method is: (1) proceeding surface preprocessing on the metal basic materials for lightning protection ground to form a conversion coating, forming a compactness conversion film at room temperature; (2) coating a conductive closing layer possessing enhancing preservative effect outside the conversion film of metal material conductive; (3) coating a conductive insulation layer possessing enhancing preservative effect outside the conductive closing layer; (4) coating conductive function surface possessing enhancing preservative effect outside the metal basic metarial conductive conversion layer.

Description

technical field [0001] The invention relates to a method for enhancing the anticorrosion effect of lightning protection and grounding materials, and belongs to the field of manufacture and application of conductive metal materials used in electrical engineering. [0002] The invention is an invention of a method for better application in heavy corrosion industries such as petroleum, petrochemical, electric power, etc., and for enhancing the anticorrosion effect of the lightning protection grounding device. The idea of ​​enhancing the anti-corrosion effect by adopting multi-layer high-conductivity anti-corrosion materials realizes the invention of strengthening anti-corrosion measures for lightning protection and grounding materials used in existing grounding devices. [0003] The material with enhanced anti-corrosion effect produced by the method of the invention can be used as the grounding material of the grounding system, and can also be used as the lightning protection bel...

Claims

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Application Information

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IPC IPC(8): H01R4/66C09D163/04C09D5/24C09D5/10C09D193/00C09D133/00C23C22/42
Inventor 周宏伟
Owner 周宏伟
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