Degradable polymer-based slow-release insecticide systems
Innovative degradable polymer-based systems for controlled insecticide release, offering long-lasting bug prevention with reduced odor and exposure. Suitable for outdoor use, these systems utilize PHA and other biodegradable materials for customizable release profiles.
Overview
Our solution offers an innovative approach to insect control through degradable polymer-based slow-release insecticide systems. By encapsulating insecticides within a polymer matrix, such as polyhydroxyalkanoates (PHA), we ensure a controlled, slow release of the active compound. This technology provides long-lasting bug prevention, reducing unpleasant odors and minimizing exposure to humans and pets, thereby creating safer outdoor environments. The versatility of PHA allows the insecticide to be delivered in various forms, such as films, powders, and coatings, tailored to specific application needs.
Technical specifications
Key Features:
- Biodegradable polymer matrix: Utilizes PHA known for its biodegradability and compatibility with active ingredients.
- Controlled release: Customizable release profiles achieved by adjusting polymer composition and molecular weight.
- Versatile application formats: Available as films, sheets, or powders to suit different usage conditions.
- Enhanced safety: Reduces human and pet exposure and unpleasant odors associated with traditional insecticides.
Material Options:
- PHA: Offers a balanced degradation rate and compatibility.
- Starch: Provides faster degradation for rapid release.
- PLA: Allows slower decomposition for prolonged effectiveness.
Technology readiness level
Our technology is currently at TRL 3. The next steps involve sample production and effectiveness testing with consumer-goods formulation partners. We will refine production parameters based on test outcomes to optimize release rates and overall performance.
About Saber Chemical, Inc.
Saber Chemical, Inc. specializes in the development and commercialization of compostable core-shell particles (CCSPs) designed to enhance the performance of bioplastics. By integrating these CCSPs into materials such as PLA, PHA, PBS, PBT, PBAT, TPS, and PCL, the company produces performance-grade pellets that offer increased toughness, often achieving greater than 200 J/m Izod impact strength, while maintaining ASTM D6400 compostability. This technology, which originated from NSF-funded research, utilizes glycerol-ketal acrylates to create nanoscale particles that improve material properties without sacrificing environmental sustainability. The company's innovations are designed to be compatible with standard industrial manufacturing processes, including twin-screw compounding, extrusion, and injection molding.
These solutions are targeted at converters and manufacturers in sectors such as packaging, consumer goods, agricultural films, and medical devices who require high-performance, sustainable material alternatives. By providing a scalable approach to material modification, Saber Chemical assists partners in developing durable, compostable products that meet demanding mechanical and thermal requirements. The company engages with customers through technical data support, sample requests, and collaborative research and development efforts, leveraging expertise in polymer chemistry and sustainable monomer synthesis to facilitate the adoption of its additives in commercial applications.
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