D-Lactide CAS 13076-17-0: Key to Advanced Biodegradable Polymers
Unlock the potential of biodegradable materials with D-Lactide, the essential monomer for high-performance biopolymers.
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D-Lactide
D-Lactide is a crucial polymerization monomer primarily used for homopolymerization to create D-polylactic acid (PLLA). This homopolymer is distinguished by its optical activity, excellent stereoregularity, inherent crystallinity, notable melting point, and robust mechanical strength, making it highly valuable in specialized applications.
- Discover the critical role of D-Lactide as a polymerization monomer, enabling the synthesis of advanced biodegradable polymers.
- Explore the medical applications of D-polylactic acid derived from D-Lactide, such as orthopedic load-bearing bodies and bone screws.
- Understand the importance of optical activity and stereoregularity in polymers produced from D-Lactide for precise material properties.
- Learn about the careful storage requirements for D-Lactide to maintain its purity and prevent degradation, crucial for quality polymer synthesis.
Key Advantages Provided by D-Lactide
High Purity for Superior Polymers
Achieve superior polymer characteristics with D-Lactide's high purity (≥99.5%), ensuring reliable results in D-polylactic acid synthesis and maintaining the integrity of stereoregular polymer synthesis.
Biocompatibility for Medical Innovation
Leverage the inherent biocompatibility of D-Lactide derived polymers for cutting-edge medical devices. Its use in orthopedic implants exemplifies its suitability for demanding healthcare applications, a key benefit for medical grade lactide for implants.
Tailored Material Properties
The optical activity and crystallinity of polymers made from D-Lactide allow for precise control over material properties, essential for applications requiring specific performance, a vital aspect of understanding optical activity polymer benefits.
Key Applications
Medical Implants
D-Lactide is instrumental in creating biodegradable medical implants, including orthopedic devices, benefiting from the excellent mechanical strength and biocompatibility of the resulting D-polylactic acid, a prime example of D-polylactic acid medical applications.
Surgical Sutures
The hydrolytic degradation of D-polylactic acid makes D-Lactide an ideal monomer for producing absorbable surgical sutures, ensuring safe and effective wound closure, a crucial aspect of biodegradable polymer monomer utility.
Advanced Polymer Synthesis
As a versatile polymerization monomer, D-Lactide is key to research and development in creating novel biodegradable materials with tailored properties for various advanced applications.
Controlled Drug Delivery
The predictable degradation profile of PLLA derived from D-Lactide makes it suitable for controlled drug release systems, enhancing therapeutic efficacy and patient compliance.
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