About Us
End-to-end thermal protection solutions provider for extreme aerospace environments
Company Profile
Tianyi Quan'an (Shanghai) Technology Co., Ltd. is a high-tech enterprise specializing in thermal protection materials for extreme aerospace environments and intelligent inspection solutions. Leveraging its roots at Shanghai Jiao Tong University, the company delivers end-to-end capabilities spanning material R&D, extreme environment testing, coating inspection and repair, and AI-driven diagnostics.
We offer an advanced thermal protection materials system with independent intellectual property rights. Our products span the full temperature range from room temperature to 2200°C and include seven major series: anti-ablation thermal protection coatings, aerospace functional thermal protection coatings, Super-Feather high-temperature non-ablative coatings, Qi-Feather special functional coatings, functional ceramic microspheres, fiber felts and ceramic fibers, and refractory insulating boards.
Today, our products and services cover approximately 80% of the rocket thermal protection coating demand in China's private commercial aerospace sector, delivering professional and reliable thermal protection solutions for commercial aerospace, new energy, heavy industry, and more.
Trinity Strategy
Complete closed-loop thermal protection technology for extreme environments
Material Development
Proprietary advanced thermal protection material system with seven product series covering full temperature range applications
Extreme Environment Testing
Advanced extreme thermal environment simulation test platform with ≥98% defect AI visual recognition accuracy
AI-powered Clinical Diagnosis
Innovative AI-driven predictive maintenance paradigm: ≤5% remaining useful life prediction error.
R&D Capabilities
Tianyi Quan'an leverages the technological foundation of Shanghai Jiao Tong University, boasting a highly skilled R&D team with years of expertise in aerospace thermal protection materials. The company has accumulated extensive technical experience and holds proprietary intellectual property rights.
self-owned intellectual property
Holds multiple core patents covering key areas such as material formulations, manufacturing processes, and testing methods.
Continuous Innovation
We invest heavily in R&D innovation to continuously launch new products and technologies that meet market needs.
Test Validation Platform
Equipped with advanced extreme thermal environment simulation test equipment to comprehensively validate product performance.
Thermal Shock Test
Simulate extreme temperature variations to verify material structural stability and performance retention during rapid heating and cooling cycles.
- Temperature range: Room temperature to 2200°C
- Ramp rate: up to 100°C/s
- Loop count: ≥ 1000 times
Ablation Test
Simulate high-speed airflow erosion and high-temperature oxidation environments to evaluate material ablation resistance and service life.
- Heat flux density: up to 10MW/m²
- Gas Speed: Up to 3 Ma
- Test duration: up to 1000s
Mechanical Property Testing
Comprehensively test tensile, compressive, flexural, and shear properties to ensure compliance with performance requirements.
- Tensile Strength Test
- Compression Strength Test
- Interface Bond Strength Test
micro-characterization
Use advanced microscopy to observe material microstructures and analyze the relationship between microstructure, organization, and performance.
- Scanning Electron Microscope (SEM)
- Energy-Dispersive Spectroscopy (EDS)
- X-ray diffraction (XRD)
Defect AI Visual Recognition Accuracy
Remaining Useful Life Prediction Error
Maximum Test Temperature
AI-Powered Diagnostic and Treatment Technology
Tianyi Quan'an has innovatively introduced AI technology to develop a new paradigm for condition-based coating maintenance, achieving a technological shift from manual visual inspection with expert judgment to quantifiable diagnostics.
Automatic Defect Detection
Deep learning-based image recognition algorithm that automatically identifies coating surface defects such as cracks, peeling, and ablation, along with their severity.
Life Prediction Assessment
Predict remaining coating life by combining historical data with real-time monitoring to support informed maintenance decisions.
Recommended Repair Solutions
Intelligently recommend optimal repair solutions and material selections based on defect type, location, and severity.
Core Team
Assemble top industry talent to build a professional technical team.
Guo Fangwei
Professor, Founder, Board Director
Professor and Doctoral Supervisor at Shanghai Jiao Tong University
Jilin University Undergraduate
Master's degree from Harbin Institute of Technology
PhD from the University of Manchester, UK
Wang Xin
General Manager
PhD from the University of Manchester, UK
Chen Xi
Deputy General Manager
Director of the Extreme Heat Environment Laboratory
PhD from ETH Zurich
Contact Us
Looking forward to partnering with you to create a brighter future.
Company Address
No. 1300 Cangyuan Road, Minhang District, Shanghai, Haiju Talent Entrepreneurship City 315
tylab@tyspaceguard.cn
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