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Recently, the "Key Technologies and Engineering Application of New Marine Heavy-Duty Anticorrosive Coating System Controlled by Two-dimensional Lamellar Materials", which was led by Xinhe New Materials Co.
, Ltd.
and Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences, won the first prize of Zhejiang Science and Technology Progress For the award title, Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences is the first applicant, and Xinhe New Materials Co.
, Ltd.
is the second applicant
.
Graphene is the most important two-dimensional sheet material.
It is known as the king of new materials in the 21st century.
The application of graphene in the coating industry has broken the limit of the traditional resin and flaky filler composite technology to improve the anti-corrosion performance of the coating
.
The addition of graphene gives the coating better wear resistance, corrosion resistance, impact resistance and stability.
The coating has strong adhesion and two-dimensional lamellar structure to make the coating dense and stable, which can effectively isolate various corrosive media.
Erosion
.
In 2017, the "Graphene Anticorrosive Coating Application Promotion Working Group" with six academicians serving as advisory experts was established in Beijing
.
The academician expert group is headed by Academician Xue Qunji.
Its purpose is to combine various forces to make the graphene anticorrosive coating industry bigger and stronger, and to break the monopoly of China's high-end anticorrosive coating market by foreign capital
.
Graphene anti-corrosion coatings realize the unification of long-term anti-corrosion and functionalization, lightweight and environmental protection in the harsh ocean and atmosphere environment.
Compared with traditional anti-corrosion coatings, the anti-corrosion performance is improved by more than 3-10 times, and it solves the coating system in large-scale steel structure projects.
Issues such as the risk of cracking .
Graphene technology zinc powder primer greatly improves the salt spray corrosion resistance of the coating.
At the same time, it can reduce the amount of zinc powder and improve the utilization efficiency of zinc powder to achieve the expected corrosion resistance and save resources, benefiting the society.
Graphene zinc powder foundation Paint technology is challenging to change the global technical standards of zinc powder coating anticorrosive products .
In 2017, Sino New Materials took the lead in formulating the first graphene anticorrosive coating group standard, which directly promoted the official promulgation and implementation of the national chemical standard graphene zinc powder coating; in 2019, Sino New Materials went to Orlando in the United States as the first Chinese coating company in the world The introduction letter and graphene zinc oxide coating technology were promoted in the SSPC Annual Conference of the Protective Coating Technology Conference, which attracted the attention and respect of global counterparts.
Up to now, the Sino Zinc oxide graphene anticorrosive coating has been successfully applied to Beijing Fengtai Station and Shenzhen, the largest railway station in Asia.
Major projects under construction, such as the city vein center of the tallest building, the Gyeongju Bridge, the highway-rail dual-purpose bridge, the Karachi Nuclear Power Plant at No.
1 Overseas Hualong, and Fujian United Petrochemical, have been widely praised by the owners, construction units and installation units
.
In 2020, Sino New Materials Co.
, Ltd.
and Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences will jointly build a new environmentally friendly anticorrosive coating engineering center
.
The joint declaration of the two parties won the first prize of Zhejiang Province Science and Technology Progress Award in 2021, which further strengthens the two parties' promotion of the innovative development of the graphene industry, enhances the technological progress of anti-corrosion coatings for marine engineering equipment, and accelerates the breakthrough of the domestic high-end anti-corrosion coating market by foreign coatings The situation of corporate monopoly
.
, Ltd.
and Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences, won the first prize of Zhejiang Science and Technology Progress For the award title, Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences is the first applicant, and Xinhe New Materials Co.
, Ltd.
is the second applicant
.
Graphene is the most important two-dimensional sheet material.
It is known as the king of new materials in the 21st century.
The application of graphene in the coating industry has broken the limit of the traditional resin and flaky filler composite technology to improve the anti-corrosion performance of the coating
.
The addition of graphene gives the coating better wear resistance, corrosion resistance, impact resistance and stability.
The coating has strong adhesion and two-dimensional lamellar structure to make the coating dense and stable, which can effectively isolate various corrosive media.
Erosion
.
In 2017, the "Graphene Anticorrosive Coating Application Promotion Working Group" with six academicians serving as advisory experts was established in Beijing
.
The academician expert group is headed by Academician Xue Qunji.
Its purpose is to combine various forces to make the graphene anticorrosive coating industry bigger and stronger, and to break the monopoly of China's high-end anticorrosive coating market by foreign capital
.
Graphene anti-corrosion coatings realize the unification of long-term anti-corrosion and functionalization, lightweight and environmental protection in the harsh ocean and atmosphere environment.
Compared with traditional anti-corrosion coatings, the anti-corrosion performance is improved by more than 3-10 times, and it solves the coating system in large-scale steel structure projects.
Issues such as the risk of cracking .
Graphene technology zinc powder primer greatly improves the salt spray corrosion resistance of the coating.
At the same time, it can reduce the amount of zinc powder and improve the utilization efficiency of zinc powder to achieve the expected corrosion resistance and save resources, benefiting the society.
Graphene zinc powder foundation Paint technology is challenging to change the global technical standards of zinc powder coating anticorrosive products .
In 2017, Sino New Materials took the lead in formulating the first graphene anticorrosive coating group standard, which directly promoted the official promulgation and implementation of the national chemical standard graphene zinc powder coating; in 2019, Sino New Materials went to Orlando in the United States as the first Chinese coating company in the world The introduction letter and graphene zinc oxide coating technology were promoted in the SSPC Annual Conference of the Protective Coating Technology Conference, which attracted the attention and respect of global counterparts.
Up to now, the Sino Zinc oxide graphene anticorrosive coating has been successfully applied to Beijing Fengtai Station and Shenzhen, the largest railway station in Asia.
Major projects under construction, such as the city vein center of the tallest building, the Gyeongju Bridge, the highway-rail dual-purpose bridge, the Karachi Nuclear Power Plant at No.
1 Overseas Hualong, and Fujian United Petrochemical, have been widely praised by the owners, construction units and installation units
.
In 2020, Sino New Materials Co.
, Ltd.
and Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences will jointly build a new environmentally friendly anticorrosive coating engineering center
.
The joint declaration of the two parties won the first prize of Zhejiang Province Science and Technology Progress Award in 2021, which further strengthens the two parties' promotion of the innovative development of the graphene industry, enhances the technological progress of anti-corrosion coatings for marine engineering equipment, and accelerates the breakthrough of the domestic high-end anti-corrosion coating market by foreign coatings The situation of corporate monopoly
.
