Kraig Biocraft Laboratories, Inc has successfully engineered a novel silk inspired by the caddisfly, marking a major milestone in advanced fiber development. This breakthrough expands the company’s expertise beyond spider silk and opens new possibilities for high-performance materials.
Caddisflies produce silk with exceptional underwater durability, using it to build protective cases in aquatic environments. By integrating caddisfly silk proteins, Kraig Labs aims to develop fibers with superior adhesion and resilience in wet conditions. Potential applications span medical adhesives, biomedical textiles, performance apparel, and next-generation fiber technologies.
"This achievement showcases our ability to engineer beyond spider silk, unlocking new potential in advanced materials," said CEO Kim Thompson. "By harnessing the diversity of silk-producing organisms, we're creating super fibers tailored for tomorrow’s industries."
The company’s proprietary silkworm-based production system will be used to scale this innovative fiber. The development aligns with Kraig Labs’ vision to blend unique silk protein properties, enhancing strength, elasticity, and functionality. A provisional utility patent application has been filed for the new technology.
"Our team's success with caddisfly-inspired silk highlights our commitment to cutting-edge science and real-world applications," added COO Jon Rice.
Kraig Labs continues to push the boundaries of biotechnology, pioneering sustainable, high-performance materials. This latest advancement strengthens its leadership in silk protein engineering, offering transformative solutions across multiple industries.
