Widely used for modifying and compatibilizing various engineering plastics
TUFTEC™ MP10 is an amine-terminated modified SBBS. It is suitable for modifying various resins, including engineering plastics such as polyamide (PA), polylactic acid (PLA), and thermoplastic polyurethane (TPU). Furthermore, it can disperse inorganic fillers.
Overview of TUFTEC™ MP10 Grade
Features of TUFTEC™ MP10
Amine-terminated modified SBBS
Disperses inorganic fillers
Can be used as a compatibilizer for styrene, olefin, and polar resins
Can modify impact resistance of engineering plastics such as polyamide (PA)
Impact modifier for polylactic acid (PLA)
Typical Uses and Applications of TUFTEC™ MP10
Physical Property Table of TUFTEC™ MP10
Test Condition | Unit | MP10 | ||
Modification | - | - | Amine | |
Grafted Ratio | Titration Method | wt% | - | |
Density | ISO 1183 | g/cm3 | 0.92 | |
Styrene | Asahi Kasei Method | wt% | 32 | |
MFR | 230°C・ 2.16kg |
ISO 1133 | g/10min | 4.6 |
A Hardness | 0s | ISO 7619 | - | 90 |
10s | 86 | |||
Tensile Properties | 100%Mo. | ISO 37 | MPa | 4.8 |
200%Mo. | MPa | 4.9 | ||
300%Mo. | MPa | 6.7 | ||
Tensile Strength | MPa | 38.6 | ||
Elongation at Break | % | 562 | ||
Melt Viscosity (200°C) |
122(1/s) | Asahi Kasei Method | Pa・s | 2,138 |
1.216(1/s) | 468 | |||
Melt Viscosity (230°C) |
122(1/s) | Asahi Kasei Method | Pa・s | 900 |
1.216(1/s) | 294 | |||
tanδ Peak Temperature | Torsion Mode, 1Hz |
°C | -52 | |
Refractive Index | JIS K 7142 | - | 1.51 | |
Product Form | - | - | Pellets |
IMPORTANT NOTICE REGARDING MEDICAL APPLICATIONS
We, Asahi Kasei Group, request that customers who are considering using our products in medical, pharmaceutical, cosmetic and other related applications (hereinafter collectively called “Medical Applications”) shall contact us and confirm our policy on Medical Applications in advance. Please consult with us for the latest status. We make no guarantees or warranties, express or implied, concerning the suitability of our products for use in Medical Applications. It is not our responsibility to determine if our products are safe, lawful, and technically suitable for intended applications.