Sustainability（Recycle／Biomass）
TUFTEC™ and S.O.E.™ are renowned for its high level of elasticity and impact strength and is characterized by its superior performance when used to modify various resins, including olefinic and styrenic; compatibilization of multiple resins, including engineering resins and all polar resins; and dispersification of fillers such as wood flour. Furthermore, TUFTEC™ enables modification and compatibilization with waste plastic and biomaterials, which contribute toward the improvement of properties and reduce CO2 emissions.
Products
Characteristics
- Property enhancement of recycled materials（Impact strength, elongation, etc.）
- Added compatibilization with bioresins and fillers
TUFTEC™ and S.O.E.™ are renowned for its high level of elasticity and impact strength and is characterized by its superior capacity for modification of various resins, including olefinic and styrenic; compatibilization of multiple resins, including engineering resins and all polar resins; and the benefits it provides in the utilization and application of recycled resins.
| Secondary materials | ||||||||
|---|---|---|---|---|---|---|---|---|
| PE | PP | PS | PA | PET | ABS | WoodFlour | ||
| Mainmaterials | PE | H1052 H1041 |
H1052 H1062 |
H1041 | M1943 M1913 |
M1943 M1913 |
H1052 H1041 |
★ |
| PP | H1062 | H1041 H1517 |
C5025 | C5025 | H1043 H1517 MP10 |
M1913 MP10 C5025 |
||
| PS | H1043 P2000 |
H1517 H1043 P2000 |
H1043 P2000 |
★ | ★ | ★ | ★ | |
| PA | M1943 M1913 |
C5025 | ★ | M1943 M1913 |
★ | ★ | ★ | |
| PET | M1943 M1913 |
C5025 | ★ | ★ | M1943 M1913 |
★ | ★ | |
| ABS | H1041H1043 | H1043 H1517 MP10 |
★ | ★ | ★ | MP10 | ★ | |
TUFTEC™ and S.O.E.™ allow for compatibilization with various materials and is known for its superior blending capacity of bioresins with compounds and bioresins with plant-based fillers.
Examples of general bioresins and plant-based fillers
- Bio PE
- Cellulose Nanofiber（CNF）
- Paper
- Bamboo
- Wood Flour
