In the textile industry, the use of crease-preventing agents supports both functional and sustainability goals by extending garment life and minimizing the need for intensive care processes such as ironing and high-temperature drying. These agents contribute to resource conservation by reducing energy use throughout a garment's lifecycle, particularly during consumer use. Sustainability considerations within this category are increasingly focused on the chemical composition and environmental impact of the agents themselves. Traditional formulations, often based on formaldehyde derivatives, have raised health and environmental concerns. In response, manufacturers are shifting toward safer, non-formaldehyde alternatives that meet stringent regulatory requirements while maintaining performance standards. Innovations in bio-based and biodegradable polymers are also shaping the future of crease-preventing technologies. These developments align with broader industry goals to reduce reliance on petrochemicals and support closed-loop systems. Furthermore, transparent supplier partnerships and certifications are gaining traction, as sourcing managers seek to verify that the chemicals used align with global safety and environmental standards. Directories and B2B platforms play a strategic role by connecting textile manufacturers with vetted suppliers and compliance-focused partners, streamlining access to safer, more sustainable crease-resistant solutions.