All-in-one Pcl(1,000)-b-peg(5,000), Diblock Polymer System [4JO6cuzh]

PCL(1,000)-b-PEG(5,000) Diblock Polymer

Introducing our innovative PCL(1,000)-b-PEG(5,000) Diblock Polymer, a cutting-edge biodegradable material designed for a wide range of biomedical and industrial applications. This polymer stands out for its exceptional properties, including controlled biodegradation rates and improved physiological compatibility, making it an ideal choice for drug delivery systems, sutures, long-term implants, adhesion barriers, and tissue scaffold host systems. Our diblock polymer is crafted through a sophisticated process of ring opening polymerization, ensuring a high degree of purity and consistency.

• Enhanced biodegradability and controlled degradation rates
• Improved physiological compatibility and reduced immune response
• Custom synthesis services available for tailored molecular weights

Product Properties and Specifications

The PCL(1,000)-b-PEG(5,000) Diblock Polymer boasts a unique composition that combines the biodegradable properties of polycaprolactone (PCL) with the flexibility of polyethylene glycol (PEG). With a PCL segment of 1,000 Daltons and a PEG segment of 5,000 Daltons, this polymer offers a balance between biocompatibility and degradation characteristics. Its relatively low melting point (60°C) and glass transition temperature (-60°C) are attributed to the high crystallinity inherent in the polyester structure. Additionally, the hydroxyl end groups of the PCL and the blocked methyl ethers of the PEG terminal groups allow for easy functionalization, making this polymer versatile for various applications.

• Polycaprolactone segment (1,000k Daltons)
• polyethylene glycol segment (5,000k Daltons)
• Hydroxyl end groups for functionalization

Applications and Benefits

Our PCL(1,000)-b-PEG(5,000) Diblock Polymer is perfect for a multitude of applications where biodegradable materials are crucial. Its biocompatibility and controlled degradation rates make it an excellent choice for medical devices and drug delivery systems. This polymer can also be converted into polymersomes or vesicles for encapsulating active pharmaceutical ingredients (APIs), which are gradually released during degradation. With our custom synthesis services, you can tailor the molecular weights to meet specific requirements for your applications.

• Biomedical applications: drug delivery systems, sutures, implants
• Industrial applications: tissue engineering, adhesion barriers
• Custom synthesis services for tailored molecular weights and properties