Antibacterial and Microbial Inhibition: Graphene possesses a vast specific surface area and unique physicochemical properties, capable of disrupting bacterial cell membranes through physical cutting and oxidative stress. It exhibits significant inhibitory effects against common pathogens such as Staphylococcus aureus and Escherichia coli, effectively reducing bacterial proliferation and transmission while lowering infection risks.
Waterproof and Leak-Resistant: The graphene-modified waterproof material in the base layer offers superior waterproof performance, effectively blocking the penetration of liquids like urine, blood, and exudates. This keeps mattresses or bedding dry, preventing contamination and inconvenience caused by liquid leaks.
Excellent Breathability: Graphene's two-dimensional structure provides inherent breathability. Combined with permeable fiber materials and optimized structural design, it allows air to circulate freely. This facilitates the timely dissipation of moisture and heat from the skin surface, keeping the skin dry, reducing stuffiness and discomfort, and enhancing patient comfort.
High Absorbency: The central absorbent layer rapidly absorbs and locks in liquids, preventing surface spreading. Its absorption speed and capacity typically surpass traditional medical pads. For instance, some graphene medical pads can absorb large volumes of urine quickly while maintaining a dry surface, minimizing prolonged skin exposure to moisture and reducing pressure ulcer risk.
Soft Comfort: The graphene composite fabric is soft to the touch and comfortable against the skin, eliminating friction or foreign body sensations. Even during prolonged bed rest, it minimizes skin irritation, improving sleep quality and overall comfort.
Anti-static Properties: Graphene reduces surface resistivity, rapidly dissipating static charges while imparting lubricity to the material's surface. This lowers the friction coefficient, thereby suppressing and minimizing static charge generation. Consequently, it reduces instances of static-induced dust and pathogen adhesion.