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POLY(L-LACTIDE GLYCOLIDE) Details
Chemical Name:POLY(L-LACTIDE GLYCOLIDE)
CAS No.:30846-39-0
Molecular Formula:(C6H8O4)x.(C4H4O4)x
Appearance: White or pale yellow floccules or powder or particles
POLY(L-LACTIDE GLYCOLIDE) Typical Properties
| Item | Specifications | Results |
| State of nature | White or pale yellow floccules or powder or particles. No other material. No obvious smell | Qualified |
| Material identification | 1H-NMR the characteristic peal of nuclear magnetic resonance (NMR ) spectroscopy test should be anastomotic YY/T 0661-2017 or YY/T 0510-2009 | Qualified |
| DL-LA: GA | 80-90 mol% : 10-20 mol% | Qualified |
| 50 mol% : 50 mol% | ||
| Intrinsic Viscosity | 0.5-0.75 dl/g | Qualified |
| Residual Solvent | < 0.5 % | Qualified |
| Heavy Metals | < 10 ppm | Qualified |
| Sulfated Ash | < 0.1 % | Qualified |
| Conclusion | The results conforms with Q/PT 0401-2013 | |
POLY(L-LACTIDE GLYCOLIDE) Usage
1. Used in surgical sutures, anti-adhesion membranes, and tissue engineering scaffolds.
2. Compared with PLA, polymer degradation time can be controlled according to different GA content, and the material is soft and elastic.
3. Different types of PDLGA can be prepared in different monomer ratios, for example: PDLGA 75:25 means that the polymer consists of 75% lactic acid and 25% glycolic acid. The degree of degradation of PDLGA varies with monomer ratio, and the larger the proportion of glycolide, the more easily it degrades.
4. Used as a medical surgical film, skin transplantation, wound suturing, microcapsule for injection, in vivo implantation, micro Excipients for sustained-release preparations, and porous scaffolds for tissue engineering cell culture
POLY(L-LACTIDE GLYCOLIDE) Packaging and Shipping
Packing: 25kg/ drum
Delivery: within 15-30 working days
POLY(L-LACTIDE GLYCOLIDE) Storage
Stored at room temperature
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