Bestselling Polysciences Inc. Poly(trimethylene Carbonate-co-l-lactide), 60:40, Iv 1.0 Dl/g - Don't Miss Out [KHXplsND]
Bestselling Polysciences Inc. Poly(trimethylene Carbonate-co-l-lactide), 60:40, Iv 1.0 Dl/g - Don't Miss Out [KHXplsND] MSE Supplies is proud to offer a high-quality polymer reagent from Polysciences Inc., the Poly(Trimethylene Carbonate-Co-L-Lactide) (PTMCLLA) with a 60:40 ratio and an in
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Bestselling Polysciences Inc. Poly(trimethylene Carbonate-co-l-lactide), 60:40, Iv 1.0 Dl/g - Don't Miss Out [KHXplsND]
Bestselling Polysciences Inc. Poly(trimethylene Carbonate-co-l-lactide), 60:40, Iv 1.0 Dl/g - Don't Miss Out [KHXplsND]
MSE Supplies is proud to offer a high-quality polymer reagent from Polysciences Inc., the Poly(Trimethylene Carbonate-Co-L-Lactide) (PTMCLLA) with a 60:40 ratio and an intrinsic viscosity of 1.0 dL/g. This biodegradable copolymer is a versatile material that combines the unique properties of trimethylene carbonate (PTMC) and L-lactide, resulting in enhanced rigidity and increased biodegradability. With its varied degradation profile, PTMCLLA is an excellent choice for a wide range of biomedical applications.Product Specifications and Features
PTMCLLA exhibits a light yellow to tan solid appearance and is characterized by its high intrinsic viscosity, which ensures consistent processing and application. The molecular weight and biodegradation time of this copolymer can be tailored to meet specific application requirements. Key features include:- Improved rigidity and increased biodegradability compared to homopolymers
- Varied degradation profile influenced by molecular weight, crystallinity, pH, temperature, and enzyme presence
- Excellent compatibility with various processing techniques, such as melt spinning, extrusion, and injection molding
Applications and Benefits
PTMCLLA's unique properties make it an ideal material for a variety of biomedical applications, including drug delivery, tissue engineering, and wound healing. Its versatility allows for the development of advanced polymer systems with tailored properties. Some of the benefits of using PTMCLLA include:- Enhanced biocompatibility and biodegradability for safer and more effective medical devices
- Improved mechanical properties for stronger and more durable tissue engineering scaffolds
- Customizable degradation rates to optimize the release of therapeutic agents and promote tissue regeneration
What Our Customers Say
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