Christmas Sale Polysciences Inc. Poly(l-lactide-co-d,l-lactide), 70:30, Iv 3.8 Dl/g Limited Time 80% Off [Sr038Bow]

High-Quality PDLLA Polymer Reagent

MSE Supplies is proud to offer the Christmas Sale Polysciences Inc. Poly(l-lactide-co-d,l-lactide), 70:30, Iv 3.8 Dl/g Limited Time 80% Off [Sr038Bow], a premium polymer reagent designed for a wide range of applications. This biodegradable polymer, known as PDLLA, is a versatile material that is ideal for fabricating medical devices with predictable degradation properties. Its well-studied release profile makes it a perfect candidate for drug-release functionalization, providing calculable results.

Product Features and Specifications

The PDLLA polymer boasts an impressive viscosity of ~3.8 dL/g [i.v.], ensuring optimal performance in various applications. Its appearance ranges from white to off-white to light yellow, and it exhibits a biodegradation time of approximately 2-3 years, making it suitable for long-term use in physiological conditions. Key features include:

• Biodegradable: PDLLA is a biodegradable polymer, making it environmentally friendly and suitable for medical devices that need to degrade over time.
• Viscosity: The polymer's viscosity is carefully controlled to ensure consistent performance in medical device manufacturing.
• Release Profile: The well-researched release profile of PDLLA allows for precise drug-release functionalization with calculable results.

Applications and Benefits

Christmas Sale Polysciences Inc. Poly(l-lactide-co-d,l-lactide), 70:30, Iv 3.8 Dl/g Limited Time 80% Off [Sr038Bow] is an essential reagent for researchers and manufacturers in the medical device industry. Its extensive history and understanding make it one of the most affordable and reliable biodegradable polymers available today. Some practical applications include:

• Medical Devices: PDLLA is used to fabricate medical devices that degrade predictably over years in physiological conditions.
• Drug Delivery: The polymer's release profile allows for drug-release functionalization, enabling precise and controlled drug delivery systems.