About Us
About Us
Development
Development History
We have always adhered to our original aspiration of “empowering architecture with technology and achieving a better future through quality,” and are committed to integrating, absorbing, and innovating upon cutting-edge global architectural technologies and products, thereby providing green, environmentally friendly, reliable-quality, and demand-oriented solutions for all types of Increase business projects.
2009
Shinaida Corporation is officially established.
Our core business focuses on the design and construction of steel structure engineering, curtain wall engineering, and reinforcement engineering.
2010
Additional-item concrete durability repair technology
Expand technical service capabilities in the field of architectural structural restoration.
2011
Additional business in aluminum-magnesium-manganese metal roofing systems
A comprehensive product and construction service system for building roof systems.
2012
Detailed design and construction of Increase business copper panels and titanium-zinc panels for exterior decoration
Advanced decorative solutions for architectural facades
2013
Research and development of reinforcement and connection technologies for newly added steel beams, concrete beams, columns, and cantilever beams on reinforced concrete columns.
Strengthen core technological advantages in the field of structural reinforcement.
2014
R&D of Large-Span Metal Roofing Systems
Optimize the design process for complex roofing systems to enhance project implementation efficiency and cost-effectiveness.
2015
R&D of Prefabricated Floor Deck Systems
Suitable for scenarios such as sports venues and large-span floor slabs, meeting the construction needs of large-space buildings.
2016
Develop an Open-joint Curtain Wall system
A uniquely designed socket configuration achieves a sleek appearance while reducing engineering costs.
2017
R&D of prefabricated irregular-shaped venue Envelope System
Specifically addresses construction challenges in the enclosure structures of irregularly shaped buildings and provides a implementation solution.
2018
Cooperating with Jilin Jianyuan to complete the first relatively complex atypical building EPC project.
Accumulate experience in the implementation of atypical architectural projects.
2019
The first project case for a large-span metal roofing system has been successfully implemented.
Verify the reliability and practicality of the technology through real-world projects.
2020
Develop the digital management software for construction, “Zhonghui Bang.”
Inspire and drive the construction industry toward digital transformation.
2021
R&D Certificate Intellectual Property Expiration Digital Management Platform
Support efficient management of certificates, qualifications, intellectual property rights, and other documents.
2022
Develop a hazardous building monitoring software platform for the Heilongjiang Provincial Academy of Cold Region Construction Sciences.
Promote the enhancement of intelligentization in the hazardous housing monitoring industry.
2023
Establish a Shared Dual-Carbon Technology Museum for Low-Energy Buildings in Heilongjiang Province.
Stay abreast of the latest developments in low-carbon initiatives, gather high-quality building materials, and create a platform for resource sharing.
2024
R&D of a low-thermal-bridge modular building envelope system
While maintaining the advantages of prefabricated construction, achieve high efficiency and energy savings in building envelope systems.
2025
R&D of prefabricated buildings for extreme environments
Adapts to extreme climate conditions such as severe cold and high temperatures, with application areas covering various civil and industrial building scenarios.
2009
Shinaida Corporation is officially established.
Our core business focuses on the design and construction of steel structure engineering, curtain wall engineering, and reinforcement engineering.
2010
Additional-item concrete durability repair technology
Expand technical service capabilities in the field of architectural structural restoration.
2011
Additional business in aluminum-magnesium-manganese metal roofing systems
A comprehensive product and construction service system for building roof systems.
2012
Detailed design and construction of Increase business copper panels and titanium-zinc panels for exterior decoration
Advanced decorative solutions for architectural facades
2013
Research and development of reinforcement and connection technologies for newly added steel beams, concrete beams, columns, and cantilever beams on reinforced concrete columns.
Strengthen core technological advantages in the field of structural reinforcement.
2014
R&D of Large-Span Metal Roofing Systems
Optimize the design process for complex roofing systems to enhance project implementation efficiency and cost-effectiveness.
2015
R&D of Prefabricated Floor Deck Systems
Suitable for scenarios such as sports venues and large-span floor slabs, meeting the construction needs of large-space buildings.
2016
Develop an Open-joint Curtain Wall system
A uniquely designed socket configuration achieves a sleek appearance while reducing engineering costs.
2017
R&D of prefabricated irregular-shaped venue Envelope System
Specifically addresses construction challenges in the enclosure structures of irregularly shaped buildings and provides a implementation solution.
2018
Cooperating with Jilin Jianyuan to complete the first relatively complex atypical building EPC project.
Accumulate experience in the implementation of atypical architectural projects.
2019
The first project case for a large-span metal roofing system has been successfully implemented.
Verify the reliability and practicality of the technology through real-world projects.
2020
Develop the digital management software for construction, “Zhonghui Bang.”
Inspire and drive the construction industry toward digital transformation.
2021
R&D Certificate Intellectual Property Expiration Digital Management Platform
Support efficient management of certificates, qualifications, intellectual property rights, and other documents.
2022
Develop a hazardous building monitoring software platform for the Heilongjiang Provincial Academy of Cold Region Construction Sciences.
Promote the enhancement of intelligentization in the hazardous housing monitoring industry.
2023
Establish a Shared Dual-Carbon Technology Museum for Low-Energy Buildings in Heilongjiang Province.
Stay abreast of the latest developments in low-carbon initiatives, gather high-quality building materials, and create a platform for resource sharing.
2024
R&D of a low-thermal-bridge modular building envelope system
While maintaining the advantages of prefabricated construction, achieve high efficiency and energy savings in building envelope systems.
2025
R&D of prefabricated buildings for extreme environments
Adapts to extreme climate conditions such as severe cold and high temperatures, with application areas covering various civil and industrial building scenarios.
Address: Building 1, 6th Floor, Zone B, Shenzhen (Harbin) Industrial Park Science and Technology Innovation Headquarters, No. 288 Zhigu Avenue, Songbei District, Harbin City
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