An intriguing advance in biomaterials has emerged from RMIT University: a protein coating inspired by resilin—best known for its role in enabling fleas to leap extraordinary distances—is now being applied as a fully effective antibacterial barrier for medical surfaces.

In a market crowded with sustainability promises, performance buzzwords, and scientific claims, standing out requires more than technical excellence — it demands strategic communication. For functional additives and surface technologies, the challenge is clear: how do you make the invisible both credible and desirable?

As global attention turns toward environmental responsibility, manufacturers and consumers alike are searching for innovations that do more with less. While antimicrobial technologies are often associated with hygiene, odor control, and healthcare applications, their contribution to sustainability is increasingly being recognized.

Textiles have evolved far beyond the traditional functions of covering, comfort, and aesthetics. Welcome to the world of functional fabrics: a rapidly expanding class of materials designed with purpose-built properties that redefine the boundaries of apparel.

Antimicrobial technologies are reshaping the way we think about cleanliness and product performance. From the smartphones in our pockets to surfaces in hospitals and materials used in public transport, these innovations are becoming increasingly integrated into everyday life.

In today’s climate-conscious and performance-driven world, comfort is more than a luxury — it’s an expectation. Whether for athletes, outdoor workers, or everyday wearers navigating rising global temperatures, textile cooling technology has emerged as a game-changing innovation.

In a world where hygiene, health, and durability are top priorities, antimicrobial technology has emerged as a powerful ally. From hospitals to homes, and smartphones to sneakers, products enhanced with antimicrobial properties are redefining standards for safety, cleanliness, and performance.

When it comes to materials science and product innovation, few terms are used more interchangeably — and more confusingly — than plastics and polymers. While the two are closely related, they are not the same.