Biodegradable impact modifier for PLA and PHA plastics
Introducing Bio 500, a biodegradable impact modifier designed to enhance the ductility and impact resistance of PLA and PHA plastics for film and injection molding applications.
Overview
Bio 500 is a groundbreaking biodegradable impact modifier developed to improve the ductility and impact resistance of PLA (polylactic acid) and PHA (polyhydroxyalkanoates) plastics. This innovation is particularly suited for applications in film and injection molding, providing an eco-friendly alternative to traditional plastic modifiers. The development leverages an advanced understanding of active chemistry to achieve superior material properties.
Technical specifications
Key features:
- Biodegradable composition: Bio 500 is designed with sustainability in mind, offering an environmentally friendly solution to plastic modification.
- Enhanced ductility and impact resistance: The modifier significantly improves the mechanical properties of PLA and PHA, making them more suitable for a variety of applications.
- Compatibility with existing processes: Easily integrates into current film and injection molding operations without requiring significant changes to existing processes.
Technology readiness level
Bio 500 has reached a Technology Readiness Level of 9, indicating that it has been fully developed, tested, and is commercially available. Continued efforts are focused on optimizing performance through advanced reactive chemistry.
About Addisperse Technology
Addisperse is a specialty additive concentrate and compound producer that provides innovative solutions for the plastics and biopolymers industry. Founded in 2011, the company leverages advanced twin-screw compounding technology and a deep understanding of additive chemistry to develop products that enhance material properties. Their technology is designed to improve structural integrity, viscosity modification, and processing stability in materials ranging from recycled polyolefins to high-performance biopolymers. By utilizing unique carrier systems and nanotechnology, Addisperse delivers additives that enable more consistent extrudate rheology, uniform ingredient distribution, and improved cost-efficiency for manufacturers.
These additive solutions are critical for companies seeking to optimize performance in injection molding, extrusion, and recycling applications. Addisperse helps partners solve complex technical challenges such as reducing cycle times, eliminating malodors in recycled plastics, and enhancing the physical durability of bio-based composites. Their expertise in developing natural fiber-filled composites, such as those using hemp microfibers, supports the transition toward sustainable and environmentally friendly materials. With a history of technical innovation and a focus on custom compounding, the company serves as a key partner for firms aiming to balance high product performance with process stability and sustainability goals.
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