Calyxia offers customizable, biodegradable, and biobased microcapsules designed for dry laundry formulations such as powders and pods. The technology enables controlled release and protection of active ingredients while eliminating microplastic pollution and reducing packaging waste, helping laundry brands meet sustainability goals.
Calyxia has developed a customizable microencapsulation technology that produces biodegradable and biobased microcapsules tailored for dry laundry formulations. Conventional laundry microcapsules contribute to microplastic pollution, creating an environmental challenge for the industry. Calyxia's solution addresses this by enabling powder or pod-based products that protect and release active ingredients in a controlled manner, supporting brands in reducing packaging waste and advancing their sustainability commitments.
The technology is designed to encapsulate ingredients such as optical brighteners, enzymes, and protective agents, allowing formulators to transition from liquid to solid formats without compromising performance. By combining clean ingredients with reduced packaging, the overall environmental footprint of laundry products is significantly improved.
Key features of Calyxia microcapsules:
Validated performance:
Research collaboration phases:
Calyxia's microencapsulation technology is commercially validated across multiple industries including Home and Personal Care, Agriculture, and Advanced Materials. The core platform has demonstrated biodegradability certification and proven performance in client-specific applications. The proposed research focuses on adapting existing technology to laundry-specific dry formulations, progressing through prototype development and lab-scale optimization before scaling toward commercial deployment. This positions the solution at an advanced readiness stage with established proof of concept and active development toward market-ready laundry applications.
Calyxia is a leading provider of microencapsulation technology, designing and manufacturing eco-engineered microcapsules for various industrial applications, including agriculture, consumer care, and advanced materials.