| Date | Research Achievements |
|---|---|
| 2015.11 | Development of low-melting technology of high-strength elastomer and ultra-light foam material with specific gravity of 0.10 or less using the same |
| 2016.07 | Development of foam pad with attenuation in the low frequency band to improve the noise between floors of apartment houses |
| 2017.10 | Development of energy-recovery shoe component foam with excellent dimensional stability based on additive loading technology and polymer alloy |
| 2018.12 | Development of IP material for recovery shoes with high viscosity and high sensitivity using rubber dispersion |
| 2020.06 | Development of high-efficiency foam with a thickness of 50 mm or less to reduce the impact noise of children by 5 dB or more (3 years project) |