High Purity D-Lactide CAS 13076-17-0: Synthesis Monomer for Biodegradable Polymers
Unlock advanced biodegradable materials with our high-purity D-Lactide, essential for PLLA synthesis.
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D-Lactide
D-Lactide is a critical monomer primarily used for homopolymerization to yield D-polylactic acid (PLLA). This homopolymer is renowned for its inherent optical activity, superior stereoregularity, notable crystallinity, and a desirable melting point, all contributing to excellent mechanical strength. These attributes make it a preferred material in the medical sector, particularly for crafting orthopedic load-bearing components such as bone screws.
- Explore the synthesis of biodegradable polymers with high-purity D-Lactide, a vital component for advanced material development.
- Discover the benefits of using CAS 13076-17-0 chemical properties for creating advanced PLLA materials.
- Learn how to achieve optically active polylactic acid through precise polymerization techniques.
- Understand why this medical grade polylactic acid monomer is chosen for demanding applications in medical devices.
Advantages Offered by the Product
Guaranteed Quality and Purity
Benefit from our commitment to quality, including pre-shipment samples and support for third-party inspections like SGS, ensuring you receive material that meets the stringent requirements of D-Lactide polymerization.
Versatile Biomedical Applications
Leverage the unique properties of D-Lactide as a key ingredient for medical orthopedic implants monomer, enabling the creation of high-performance PLLA devices.
Reliable Supply Chain
Secure a stable source for your polymer needs with our substantial stock of high purity D-Lactide supplier, ensuring consistent availability for your production.
Key Applications
Biomedical Implants
The excellent mechanical properties and biocompatibility of PLLA derived from D-Lactide make it ideal for medical orthopedic implants monomer such as bone screws and fixation devices.
Drug Delivery Systems
Explore the potential of PLLA in controlled drug release systems, utilizing the precise properties offered by CAS 13076-17-0 chemical properties for targeted therapies.
Tissue Engineering Scaffolds
Create advanced scaffolds for tissue regeneration using PLLA, benefiting from the consistent quality of D-Lactide polymerization for predictable material behavior.
Biodegradable Packaging
Investigate the use of PLLA for sustainable packaging solutions, where the biodegradability and optical clarity stemming from optically active polylactic acid are advantageous.