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Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover
- Categories:Industry News
- Author:Plasma cleaning machine-CRF plasma plasma equipment-plasma surface treatment machine manufacturer-chengfeng intelligent manufacturing
- Origin:
- Time of issue:2021-07-14
- Views:
(Summary description)Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover: Aerospace manufacturing should belong to the high-tech field, which has high requirements for the performance and quality of many products. The skin ports and electrical connectors in the aerospace manufacturing industry are two of them. Low-pressure plasma machines are required for surface treatment to improve The performance of the product meets the needs of users. Let's take a look at this aspect of aerospace plasma technology. Low-pressure plasma machine treatment before aluminum alloy skin coating: In the aviation plasma technology manufacturing industry, the selected skin cover is usually made of aluminum alloy. In order to improve its sealing performance, the fastening part of the cover generally adopts an apron made of NBR vulcanization process. However, after the vulcanization of the rubber material, the phenomenon of glue overflow is likely to occur, which will contaminate the surface of the product to be coated, resulting in insufficient coating adhesion and easy to fall off after coating. After treatment with a low-pressure plasma machine, the adhesion of the coating will be improved to meet the requirements of aviation coating. Low-pressure plasma machine processing for aerospace electrical joints: The aerospace industry has very strict requirements on electrical connectors. If the bonding between the insulator and the sealing body is not ideal, there will be a risk of leakage, which will affect the voltage resistance of the electrical connector. After plasma surface treatment on the low-pressure plasma machine, it can not only remove the oil on the surface of the device, but also enhance the surface activity of the device, make the coating more uniform, help improve the bonding effect, and increase the voltage resistance of the electrical connector, and it can significantly Improve the tensile strength of the device.Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover: Aerospace manufacturing should belong to the high-tech field, which has high requirements for the performance and quality of many products. The skin ports and electrical connectors in the aerospace manufacturing industry are two of them. Low-pressure plasma machines are required for surface treatment to improve The performance of the product meets the needs of users. Let's take a look at this aspect of aerospace plasma technology. Low-pressure plasma machine treatment before aluminum alloy skin coating: In the aviation plasma technology manufacturing industry, the selected skin cover is usually made of aluminum alloy. In order to improve its sealing performance, the fastening part of the cover generally adopts an apron made of NBR vulcanization process. However, after the vulcanization of the rubber material, the phenomenon of glue overflow is likely to occur, which will contaminate the surface of the product to be coated, resulting in insufficient coating adhesion and easy to fall off after coating. After treatment with a low-pressure plasma machine, the adhesion of the coating will be improved to meet the requirements of aviation coating. Low-pressure plasma machine processing for aerospace electrical joints: The aerospace industry has very strict requirements on electrical connectors. If the bonding between the insulator and the sealing body is not ideal, there will be a risk of leakage, which will affect the voltage resistance of the electrical connector. After plasma surface treatment on the low-pressure plasma machine, it can not only remove the oil on the surface of the device, but also enhance the surface activity of the device, make the coating more uniform, help improve the bonding effect, and increase the voltage resistance of the electrical connector, and it can significantly Improve the tensile strength of the device.
Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover
(Summary description)Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover:
Aerospace manufacturing should belong to the high-tech field, which has high requirements for the performance and quality of many products. The skin ports and electrical connectors in the aerospace manufacturing industry are two of them. Low-pressure plasma machines are required for surface treatment to improve The performance of the product meets the needs of users. Let's take a look at this aspect of aerospace plasma technology.
Low-pressure plasma machine treatment before aluminum alloy skin coating:
In the aviation plasma technology manufacturing industry, the selected skin cover is usually made of aluminum alloy. In order to improve its sealing performance, the fastening part of the cover generally adopts an apron made of NBR vulcanization process. However, after the vulcanization of the rubber material, the phenomenon of glue overflow is likely to occur, which will contaminate the surface of the product to be coated, resulting in insufficient coating adhesion and easy to fall off after coating. After treatment with a low-pressure plasma machine, the adhesion of the coating will be improved to meet the requirements of aviation coating.
Low-pressure plasma machine processing for aerospace electrical joints:
The aerospace industry has very strict requirements on electrical connectors. If the bonding between the insulator and the sealing body is not ideal, there will be a risk of leakage, which will affect the voltage resistance of the electrical connector. After plasma surface treatment on the low-pressure plasma machine, it can not only remove the oil on the surface of the device, but also enhance the surface activity of the device, make the coating more uniform, help improve the bonding effect, and increase the voltage resistance of the electrical connector, and it can significantly Improve the tensile strength of the device.Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover:
Aerospace manufacturing should belong to the high-tech field, which has high requirements for the performance and quality of many products. The skin ports and electrical connectors in the aerospace manufacturing industry are two of them. Low-pressure plasma machines are required for surface treatment to improve The performance of the product meets the needs of users. Let's take a look at this aspect of aerospace plasma technology.
Low-pressure plasma machine treatment before aluminum alloy skin coating:
In the aviation plasma technology manufacturing industry, the selected skin cover is usually made of aluminum alloy. In order to improve its sealing performance, the fastening part of the cover generally adopts an apron made of NBR vulcanization process. However, after the vulcanization of the rubber material, the phenomenon of glue overflow is likely to occur, which will contaminate the surface of the product to be coated, resulting in insufficient coating adhesion and easy to fall off after coating. After treatment with a low-pressure plasma machine, the adhesion of the coating will be improved to meet the requirements of aviation coating.
Low-pressure plasma machine processing for aerospace electrical joints:
The aerospace industry has very strict requirements on electrical connectors. If the bonding between the insulator and the sealing body is not ideal, there will be a risk of leakage, which will affect the voltage resistance of the electrical connector. After plasma surface treatment on the low-pressure plasma machine, it can not only remove the oil on the surface of the device, but also enhance the surface activity of the device, make the coating more uniform, help improve the bonding effect, and increase the voltage resistance of the electrical connector, and it can significantly Improve the tensile strength of the device.
- Categories:Industry News
- Author:Plasma cleaning machine-CRF plasma plasma equipment-plasma surface treatment machine manufacturer-chengfeng intelligent manufacturing
- Origin:
- Time of issue:2021-07-14 19:49
- Views:
Information
Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover:
Aerospace manufacturing should belong to the high-tech field, which has high requirements for the performance and quality of many products. The skin ports and electrical connectors in the aerospace manufacturing industry are two of them. Low-pressure plasma machines are required for surface treatment to improve The performance of the product meets the needs of users. Let's take a look at this aspect of aerospace plasma technology.Low-pressure plasma machine treatment before aluminum alloy skin coating:
In the aviation plasma technology manufacturing industry, the selected skin cover is usually made of aluminum alloy. In order to improve its sealing performance, the fastening part of the cover generally adopts an apron made of NBR vulcanization process. However, after the vulcanization of the rubber material, the phenomenon of glue overflow is likely to occur, which will contaminate the surface of the product to be coated, resulting in insufficient coating adhesion and easy to fall off after coating. After treatment with a low-pressure plasma machine, the adhesion of the coating will be improved to meet the requirements of aviation coating.
Low-pressure plasma machine processing for aerospace electrical joints:
The aerospace industry has very strict requirements on electrical connectors. If the bonding between the insulator and the sealing body is not ideal, there will be a risk of leakage, which will affect the voltage resistance of the electrical connector. After plasma surface treatment on the low-pressure plasma machine, it can not only remove the oil on the surface of the device, but also enhance the surface activity of the device, make the coating more uniform, help improve the bonding effect, and increase the voltage resistance of the electrical connector, and it can significantly Improve the tensile strength of the device.Low-pressure plasma machine aerospace plasma technology to clean the electrical joints of the skin cover:
Aerospace manufacturing should belong to the high-tech field, which has high requirements for the performance and quality of many products. The skin ports and electrical connectors in the aerospace manufacturing industry are two of them. Low-pressure plasma machines are required for surface treatment to improve The performance of the product meets the needs of users. Let's take a look at this aspect of aerospace plasma technology.
Low-pressure plasma machine treatment before aluminum alloy skin coating:
In the aviation plasma technology manufacturing industry, the selected skin cover is usually made of aluminum alloy. In order to improve its sealing performance, the fastening part of the cover generally adopts an apron made of NBR vulcanization process. However, after the vulcanization of the rubber material, the phenomenon of glue overflow is likely to occur, which will contaminate the surface of the product to be coated, resulting in insufficient coating adhesion and easy to fall off after coating. After treatment with a low-pressure plasma machine, the adhesion of the coating will be improved to meet the requirements of aviation coating.
Low-pressure plasma machine processing for aerospace electrical joints:
The aerospace industry has very strict requirements on electrical connectors. If the bonding between the insulator and the sealing body is not ideal, there will be a risk of leakage, which will affect the voltage resistance of the electrical connector. After plasma surface treatment on the low-pressure plasma machine, it can not only remove the oil on the surface of the device, but also enhance the surface activity of the device, make the coating more uniform, help improve the bonding effect, and increase the voltage resistance of the electrical connector, and it can significantly Improve the tensile strength of the device.
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