Views: 0 Author: Site Editor Publish Time: 2026-01-19 Origin: Site
During the 2025 National People's Congress and the Chinese People's Political Consultative Conference (Two Sessions), the new materials industry became a policy focus, with key deployments in cutting-edge fields such as perovskite photovoltaics, electronic skin, and high-temperature superconductors. As a service provider of laboratory design and renovation, furniture, and laboratory information management systems (LIMS), Guangdong GDYZLAB' Laboratory Equipment Co., Ltd. combines policy guidance and business practices to interpret the trends in the new materials industry and the future direction of laboratory construction.
I. Policy Trends: Key Keywords for the New Materials Industry at the Two Sessions
1. AI and New Materials: A "Dual-Engine" Approach
Peng Shou, a representative to the National People's Congress, pointed out that AI will drive a paradigm shift in materials research and development, becoming a "super assistant"; while new materials will also contribute to breakthroughs in AI hardware (such as semiconductor material upgrades).
This trend requires laboratories to possess intelligent R&D capabilities, such as optimizing material synthesis pathways through AI algorithms. Artisyn's LIMS system can integrate AI modules to achieve real-time data analysis and automated management of experimental processes.
2. Recycled Materials and the Green Economy
The government work report for the first time proposed "vigorously promoting the use of recycled materials," with the goal of achieving a circular economy output value of 5 trillion yuan by 2025. Laboratories need to adapt to the R&D needs of green materials, such as performance testing of recycled plastics and the development of environmentally friendly building materials.
GDYZLAB prioritizes low-carbon building materials in laboratory design and provides laboratory benches, cabinets, and ventilation systems that meet recycled material standards, helping clients achieve their sustainable development goals.
3. New Productive Forces and Domestic Substitution
Policies emphasize "high-level scientific and technological self-reliance and self-improvement," accelerating the localization process in fields such as semiconductor materials and new energy batteries.
The laboratory needs to be equipped with high-precision testing equipment and a safe environment. GDYZLAB's anti-static laboratory renovation solutions, corrosion-resistant furniture, and LIMS data encryption capabilities can meet the stringent requirements of sensitive material research and development.
II.GDYZLAB's Perspective: How Can Laboratories Respond to Policy Requirements?
1. Intelligent Laboratories: The Core Value of LIMS Systems
With the integration of AI and new materials, the volume of laboratory data is increasing dramatically.
GDYZLAB's LIMS system supports:
Multi-dimensional data integration: From material composition analysis to performance testing, providing digital management throughout the entire process;
Remote collaboration: Meeting the collaborative needs of R&D teams in multiple locations, improving efficiency;
Security and compliance: Complying with the requirements of the Data Security Law and protecting intellectual property.
2. Green laboratory design: From concept to practice
GDYZLAB proposes the "zero-carbon laboratory" concept, reducing energy consumption through the following measures:
Energy-saving systems: Intelligent fume hoods automatically adjust airflow based on experimental needs, reducing energy consumption by 30%;
Application of recycled materials: Laboratory countertops use environmentally friendly resin composite materials, balancing durability and low-carbon properties;
Waste treatment area: Classified recycling devices and hazardous waste temporary storage systems meet policy requirements for a circular economy.
3. High-end laboratory furniture: Supporting the research and development of new materials.
In response to extreme experimental environments such as high temperatures and high corrosion, Yizhou offers:
High-temperature resistant countertops: capable of withstanding temperatures up to 1200℃, suitable for ceramic material sintering experiments;
Modular furniture: flexibly adaptable to the research and development needs of emerging materials such as perovskite photovoltaics and electronic skin;
Anti-vibration design: dedicated anti-vibration tables for precision instruments, ensuring the accuracy of nanomaterial testing.
III. Future Outlook: Industry Opportunities under Policy Support
1. Increased Fiscal Spending, Growing Demand for Laboratory Infrastructure
The fiscal deficit ratio is expected to increase to 4% in 2025, with ultra-long-term special government bonds focusing on supporting "two new" areas (new infrastructure and new urbanization). It is anticipated that the number of new/renovation projects for laboratories in universities, research institutes, and corporate R&D centers will increase. Yizhou can provide customers with one-stop services from design to operation and maintenance.
