From fundamental research to applied studies and product development,
SPACEPRO drives innovation across every stage,
leading the future of advanced composite material technology
through analytical equipment and collaboration with expert researchers.
Research Center
Leading the future through proprietary technologies and innovation, SPACEPRO is dedicated to the lives of our customers and humanity!
The SPACEPRO Composite Materials Research Center leads innovative composite material research and development in key industrial fields such as aerospace, energy, transportation, and construction, powered by exceptional talent and cutting-edge equipment.
Backed by over 50 yearsofunrivaled expertise, know-how, and possession of core new technologies, along with proven analytical and interpretive capabilities through national research projects, we continue to drive progress toward the global market.
SPACEPRO will solidify its position as a world-leading technology company through continuous and proactive R&D investment. Through continuous and forward-looking R&D investment, SPACEPRO is committed to solidifying its position as a global technology leader.
By developing new products utilizing composite materials, we will create new markets and continue to grow, making a positive impact on humanity through our ongoing challenge toward unexplored frontiers.
Passion for the Future, the Core of SPACEPRO Research
- Aerospace and Defense Material R&D
- Development of materials for aerospace and defense components, including combustion chambers, heat-resistant nozzles, and satellite launch vehicles
- Lightweight product development using composite materials
- Transportation Vehicle Composite Material R&D
- Development of composite materials for railway vehicles, subway front-end structures, and interior components
- Development of railway composite materials with optimal flame resistance and lightweight characteristics
- GRP Pipe Material R&D
- Development of specialized resins tailored for various pipe applications such as straight pipes, core layers, hand lay-up, and repair/reinforcement use
- Composite Material Research and Property Evaluation
- Research on enhancing material properties through the application of diverse resins
- Measurement and evaluation of mechanical performance using universal testing machines (UTM)
- Chemical property analysis and evaluation using ten types of advanced analytical instruments
Introduction of Research Equipment
The Synthetic Resin Quality Laboratory is equipped with around eight advanced research instruments, including a Differential Scanning Calorimeter (DSC), Dynamic Mechanical Analyzer (DMA), and Thermogravimetric Analyzer (TGA). This lab primarily carries out chemical testing and analysis.
The Composite Material Property Laboratory performs tensile, compression, and flexural tests, as well as mechanical testing and analysis using environmental chambers and constant temperature and humidity systems.