English
  • English
  • Deutsch
  • Русский язык
  • Français
  • Português
  • Español
  • عربي
  • Tiếng Việt

19.Patent Layout Comparison of Domestic and Foreign Concrete New Materials: Technological Breakthrough Path and International Promotion Strategy of Export-oriented Products

Click:

“ European, American and Japanese enterprises have formed patent technical barriers in high-end concrete new materials. This paper compares the patent layout differences of concrete innovation technologies at home and abroad, summarizes the advantageous track patents of domestic enterprises. It puts forward a technological breakthrough path and an international promotion strategy of patent-backed product export, helping domestic new materials break through overseas intellectual property barriers. ”

1. Current Patent Layout Pattern at Home and Abroad
In the field of high-end concrete new materials, foreign enterprises and scientific research institutions have formed a complete patent protection system. Europe, America and Japan have formed dense patent barriers in UHPC high-performance modification, microbial self-healing, carbon sequestration concrete and other high-end tracks, occupying the core technical patents and limiting the overseas promotion space of domestic technologies. In contrast, domestic patent layout is concentrated in the fields of solid waste resource utilization, low-cost green modification and civil engineering practical technology, with prominent application technical advantages but insufficient layout of original core patents.

2. Domestic Technological Advantages and Breakthrough Difficulties
Domestic concrete new material technologies have obvious characteristics of low cost, high practicability and strong engineering adaptability, and have accumulated a large number of applied patents in the fields of recycled aggregate concrete, industrial solid waste composite concrete and low-cost modified materials. However, due to the lack of original core patents in frontier functional materials, it is easy to face intellectual property disputes and technical barriers in the process of overseas promotion, which restricts the high-end export of domestic new material products and technologies.

3. Independent Technological Breakthrough Path
Aiming at overseas patent barriers, domestic enterprises should adopt differentiated patent layout and breakthrough strategies. Focus on the advantageous tracks of solid waste recycling and low-carbon localization modification, and carry out intensive patent layout of applied innovation and scene segmentation. Carry out innovative improvement and secondary development on the basis of foreign basic technologies to form differentiated independent patent clusters and avoid patent infringement risks. Build a patent protection system combining basic research patents and engineering application patents to form independent core technical barriers.

4. International Market Promotion Strategy
Establish an export promotion mode supported by independent patent technology. Take independent patent achievements as the technical endorsement of products, improve the international credibility and competitiveness of domestic new materials. Form a complete export system of 'patent technology + standardized products + engineering supporting services', carry out targeted market promotion for Southeast Asia, the Middle East and other emerging infrastructure markets, and gradually break the monopoly of foreign high-end building material technologies.

Conclusion

There are obvious differences and barrier characteristics in Chinese and foreign concrete new material patent layouts. Differentiated innovative patent layout and scene-based technological breakthroughs can effectively avoid intellectual property risks. Patent-backed product export strategies will help domestic green concrete new materials achieve breakthrough development in the global market.


Author: Roobon Tech

From: www.roobon.com
19.Patent Layout Comparison of Domestic and Foreign Concrete New Materials: Technological Breakthrough Path and International Promotion Strategy of Export-oriented Products
European, American and Japanese enterprises have formed patent technical barriers in high-end concrete new materials. This paper compares the patent layout differences of concrete innovation technologies at home and abroad, summarizes the advantageous track patents of domestic enterprises. It puts forward a technological breakthrough path and an international promotion strategy of patent-backed product export, helping domestic new materials break through overseas intellectual property barriers.
Long by picture save/share
Article Recommendation

ROOBON TECH    

   Founded in 2009, Roobon is based in Changsha, the world’s largest manufacturing base for concrete pumps. We specialize in R&D, production and customized solutions of concrete pumping and placing equipment. 

    Backed by professional technical and management teams, all products are produced per unified industry standards. Equipped with premium core components including high-performance engines, oil pumps and hydraulic valve sets, our products feature outstanding mobility and strong site adaptability. 

  We iterate and upgrade products via on-site operation data and customer feedback to realize intelligent, practical and cost-effective product optimization.


   

Kindly please send us an inquiry freely for more concrete construction solution details,

We are always at your service ...

  • Name *

  • Country *

  • Email *

  • Phone *

  • Message *

INQUIRY

Security Code
Refresh the code
Cancel
Confirm

Hunan ROOBON Machinery  Technology Co.,Ltd,China

Add: No.90 Dongliu Road Changsha Economic Development Zone, Changsha Area of China (Hunan) Pilot Free Trade Zone.

Https://www.roobon.com   Email:Service@roobon.com  Tel/Whatsapp: +86 198 7312 5495

© 2009-2026 Roobon Technology Construction Machinery. All rights reserved.


Add WeChat friend to learn more about the product
Use Enterprise WeChat
"Scan" to join the group chat
Copy success!
Add WeChat friend to learn more about the product
I see.