January 10, 2025 - 20:55

Researchers at Texas A&M University have unveiled a groundbreaking one-step, water-based flame retardant coating designed to significantly reduce the flammability of cotton materials. This innovative coating is non-toxic and utilizes a volatile base, making it not only safer for consumers but also environmentally friendly.
The development of this coating comes at a crucial time, as fire safety in textiles remains a pressing concern for both personal safety and property protection. The new formulation is scalable, meaning it can be easily adapted for large-scale industrial applications, including clothing, upholstery, and other fabric-based products.
By providing an effective barrier against flames, this coating has the potential to save lives and protect property from fire hazards. The research team is optimistic about the future implications of this technology, as it could lead to widespread adoption in various industries, enhancing safety standards and reducing fire-related incidents.
August 1, 2026 - 12:56
2s.design’s horse inhalation mask merges veterinary technology with natural form languageVeterinary equipment often looks like it was borrowed from a human hospital, but a new design called Equihero takes a different path. It is an anatomical inhalation mask made specifically for...
July 31, 2026 - 18:40
NC Made: Raleigh company helps families unplug and reconnect through creativityA Raleigh-based business is carving out a niche in the crowded toy and hobby market by focusing on something simple: getting families to put down their screens and make things together. The...
July 31, 2026 - 08:56
The Convergence Revolution — When AI Meets Every Emerging TechnologyArtificial intelligence rarely works in a vacuum. Its most transformative power comes from the point where it collides with other fast-moving fields. The current buzzword is convergence, and it is...
July 30, 2026 - 21:17
Spreading sunlight boosts algae productivity sixfoldResearchers at Michigan State University have found a way to dramatically increase how much algae can be grown outdoors. They developed a system that uses fiber-optic principles to spread sunlight...