R&D
Research l Development
Through continuous research and innovation, we design a better future
and create new possibilities that drive positive change in the world.
R&D
Research l Development
Through continuous research and innovation, we design a better future
and create new possibilities that drive positive change in the world.
KABER possesses proprietary eco-friendly material manufacturing technology that combines biodegradable components with circular resources such as spent coffee grounds.
Through strictly controlled hygienic processes, we integrate biodegradable materials with coffee grounds to create new value—transforming them into innovative, sustainable products.
커피박 리사이클 기술을 통해 ESG가치를 실현하는 R&D 활동
99%
Product Biodegradation Rate
6 million
Annual Resource Recovery (tons)
4.96
Average Store Rating
PBAT
PBS
PHA
PLA
HOW
Coffee Ground
Biodegradable Materials
Bio-Pellet
Bio-Pellet
No Plastics
| 강도 | 유연성 | 생분해성 | 가격 경쟁력 | 화학적 안정성 | |
| CGH | 85 | 40 | 60 | 85 | 85 |
| CGS | 55 | 85 | 65 | 90 | 90 |
| CGB | 65 | 60 | 90 | 80 | 85 |
Proprietary Material
A proprietary material developed by KABER by compounding circular resources such as spent coffee grounds with biodegradable resins (PBS, PBAT, PHA, PLA, etc.)
PLA
PHA
PBA
PBAT
Customized
Bio-Pellet
BioPellet, a compostable material developed using differentiated technology and certified biodegradable raw materials, is available in a range of grades tailored to meet diverse customer requirements.
Products that transcend the limits of sustainability
— unlocking limitless possibilities.
Offers superior biodegradability, serves as an easy alternative to PLA or paper, and provides excellent moldability.
Made from biodegradable resins, these disposable products utilize proprietary materials and are safe even when landfilled or incinerated, as they do not emit harmful substances such as dioxins.
Furthermore, they are well-suited not only for cafés but also for applications such as food delivery containers.
We have enhanced the weldability of biodegradable resins, enabling not only biodegradation but also composting and fertilization.
The material can be processed and molded through resin melting.
Patents and Certifications Supporting This Technology
Patents
Certifications