Release Enhancement by Plasticizer Inclusion for Amorphous
Results: The presence of a plasticizer at 5% w/w for ATZ and 10% w/w for LED ASDs, led to improved drug release. For ATZ ASDs, in the absence of plasticizer, release was very poor at drug loadings of 10% w/w and above. Good release was obtained for plasticized ASDs up to a drug loading of 25%.
Current Status of Plasticizer Research | SpringerLink
The national standards still list DOP as one of the plasticizers that can be used for food packaging. In contrast, non-toxic, long-lasting, high-performance plasticizers, such as citrates, 810 ester, polyester, trimellitates, and epoxy ester, are facing slow development.
Release Enhancement by Plasticizer Inclusion for Amorphous
The presence of a plasticizer at 5% w/w for ATZ and 10% w/w for LED ASDs, led to improved drug release. For ATZ ASDs, in the absence of plasticizer, release was very poor at drug loadings of 10% w/w and above. Good release was obtained for plasticized ASDs up to a drug loading of 25%. The corresponding improvement for LED was from 5 to 20% DL.
High-performance polyvinyl chloride gel artificial muscle
The PVC/GO gel shows a high level of improvement (27.65 mN) over the plasticized PVC gel actuator (19.66 mN), resulting in a 41% increase in output blocking force. GO contains multiple functional...
Types of Admixtures for Concrete - Concrete Network
High-Range water reducers (superplasticizers) Can reduce water content from 12% to as much as 40% and are typically used in concretes designed to have slumps of 8 to 11 inches. They can be used to either increase slump (by 4 to 8 inches) or lower the water content of hot weather concrete mixes. Used to increase flowability.
- Can plasticizer-enhanced flexibility improve electromechanical performance of dielectric elastomer actuators?
- The present study reveals that the plasticizer-enhanced flexibility of inorganic dielectric filler/polymer composites is an effective method to enhance the electromechanical performance of dielectric elastomer actuators. 1. Introduction
- How effective is a plasticizer?
- The effectiveness of a plasticizer depends on its inherent properties, including its dielectric constant, viscosity, and how it interacts with other components in the electrolyte system . While EC has high conductivity and is stable at high voltages, ethylene carbonate (EC) can oxidize on the surface of high-nickel cathodes.
- Which plasticizer is used to improve the mechanical properties of PLA?
- (32,34,37)Specifically, to improve the mechanical properties of the PLA, TEC, a nontoxic, eco-friendly, and natural plasticizer, has been widely used. (37−42) In recent years, natural cellulosic fibers have been combined with polymers for the production of low-cost and high-performance materials.
- Does plasticizer enhance polylactic acid-chitin-starch composite properties?
- Plasticizer Enhancement on the Miscibility and Thermomechanical Properties of Polylactic Acid-Chitin-Starch Composites.
- Does plasticizer reduce and actuated strain?
- Even though the elastic modulus has been drastically reduced, the introduction of plasticizer lowered the dielectric constant and, subsequently, led to limited enhancement in β and actuated strains.
- Is a high-performance epoxy vitrimer suitable for structural composite applications?
- The present article introduces a high-performance epoxy vitrimer to target structural composite applications. By utilizing a reactive diluent derived from biobased feedstock, the maximum glass transition is tailored to maintain a sufficient temperature window for reprocessing, avoiding the degradation of permanent bonds.
