This invention discloses a visual, multi-dimensional monitoring
hydrocolloid dressing for wounds, along with its preparation and application methods. Belonging to the field of medical dressing technology, the dressing comprises, from the wound contact side to the outer side, a wound adhesion layer, an isolation and protective layer, an indicator strip layer, and a surface protective film, all four
layers integrally cross-linked. The wound adhesion layer features a zoned gradient absorbent structure, a hydrophilic
silicone oil film, and a modular, customizable main core + auxiliary core structure, and is loaded with antibacterial components. The isolation and protective layer eliminates interference from the hydrocolloids in detection and achieves antibacterial and sustained-release effects. The indicator strip layer integrates multiple independent functional areas for qualitative and quantitative
exudate analysis and microenvironment monitoring. This invention also discloses a method for preparing the dressing in
layers and for integral cross-linking. This invention integrates
nursing care, monitoring, and antibacterial and anti-inflammatory functions, providing accurate monitoring, strong adaptability, and avoiding secondary wound damage. It is suitable for the
nursing monitoring of chronic wounds such as
diabetic ulcers, pressure ulcers, and burns, and has extremely high clinical application value.