TECHNICAL SERVICE
Core Functions & Research Directions
From technology incubation to demand fulfillment, we bridge the gap between innovation and industrialization.
Core Functions
What We Do
Technology Incubation
- Focus on cutting-edge new material technology, select research projects with industrialization potential.
- Provide full-chain incubation services from laboratory R&D to pilot testing.
- Equip with professional teams for technology evaluation, process optimization and scale-up verification.
- Build industry-university-research cooperation platforms to accelerate technology transfer to production.
Demand Fulfillment
- Deep market research on pain points, develop products targeting specific needs.
- Target industries: medical, automotive, electronics, energy and other leading sectors.
- Provide customized material solutions, achieve import substitution and technology upgrades.
- Establish industrialization bases, seamless transition from samples to mass production.
Research Directions
Five Core Areas
01
Nanomaterials
Technology & Applications
02
Polymer Materials
Technology & Applications
03
New Energy
Materials Technology
04
Biomedical
Materials Technology
05
AI + Materials
Intelligent Development
Research Area 01
Nanomaterials Technology & Applications
Core Capabilities
- Scale-up preparation and dispersion technology of nanomaterials.
- Controllable preparation of low-dimensional nanomaterials (nanotubes, nanosheets, nanowires).
- Surface modification, functionalization and composite technology of nanomaterials.
- Analysis and testing of microstructure, mechanical and chemical properties.
Application Areas
- Antibacterial functional materials (home appliances, building materials, textiles).
- Transparent conductive coatings and films (energy-saving buildings, automotive glass).
- Conductive additives (new energy batteries, electronic devices).
- Self-cleaning and anti-corrosion coatings (outdoor facilities, precision instruments).
Research Area 02
Polymer Materials Technology & Applications
Core Capabilities
- Molecular design and synthesis of functional polymer materials.
- Preparation and processing of nano-polymer composite materials.
- Reactive extrusion modification technology, achieving material functionalization.
- Development of flame retardant, antibacterial, antistatic and other functional masterbatches.
Application Areas
- Home appliance shells and interiors (antibacterial, wear-resistant, lightweight).
- Automotive engineering plastics (flame retardant, impact-resistant, high-strength).
- Packaging materials (antibacterial, fresh-keeping, degradable).
- Electronic electrical (insulation, thermal conductivity, electromagnetic shielding).
Research Area 03
New Energy Materials Technology & Applications
Core Capabilities
- Lithium-ion battery electrode materials (lithium iron phosphate, ternary materials, silicon anodes).
- Fuel cell catalyst material preparation and processing.
- Lithium-ion battery carbon anode materials.
- All-solid-state electrolyte and solid-state battery technology.
- Assembly, testing and system integration of power battery packs.
Application Areas
- New energy vehicle power batteries.
- Energy storage power stations and distributed energy systems.
- Consumer electronics (3C product batteries).
- Aerospace and special power sources.
Research Area 04
Biomedical Materials Technology & Applications
Core Capabilities
- Preparation and characterization of biomedical nanomaterials (magnetic materials, drug carriers, tissue repair materials).
- Preparation of nano-drug carriers and targeted delivery technology.
- Separation, culture and preparation development of stem cells and exosomes.
- Biosafety evaluation of nano-biological materials.
- Recombinant proteins, collagen and other bioactive materials.
Application Areas
- Drug targeted delivery and sustained-release systems.
- Tissue engineering and regenerative medicine.
- Medical anti-aging and skin repair.
- In vitro diagnostic reagents and detection technology.
- Cell and exosome therapy (capacity expansion stage).
- Micro-nano factor therapy products: production and development.
Research Area 05
AI Applications in Material Development & Production
Core Capabilities
- Material property prediction and formula optimization based on machine learning.
- AI-assisted molecular design and new material screening, shortening R&D cycle.
- Intelligent process parameter optimization, improving product consistency and yield.
- Real-time monitoring and predictive maintenance of production processes.
- Material genome database construction and knowledge graph applications.
Application Areas
- Intelligent material R&D acceleration platform.
- Production quality prediction and anomaly detection.
- Supply chain optimization and demand forecasting.
- Automated experimental design and data analysis.
Need Technical Support?
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