Most available coating materials on the market typically lack effective water absorption and hygroscopic properties. During surgical procedures, moisture accumulation inside the gloves can contribute to bacterial growth, affect surgeons’ skin comfort, and directly affect their tactile sensitivity and precision.
Mocare surgical gloves utilize carboxyl rubber technology to create a unique protective coating layer with excellent moisture absorption properties, providing a more comfortable wearing experience for medical professionals during surgical procedures.
During emergency surgeries, it is inevitable to encounter situations where gloves need to be donned with wet hands. However, medical staff often find it difficult to put on gloves under such conditions.
Through technological innovation, Mocare surgical gloves feature an "Inner Smooth and Outer Dry" design, enabling wet donning and allowing medical staff to put on gloves more easily and proceed with patient care more quickly.
Polyurethane, a coating material widely used in medical gloves, is easily plasticized by moisture in the air, causing issues such as stickiness on the inner surface or internal stickiness of the product. Additionally, medical gloves with high particulate levels may hinder wound healing and increase the risk of medical complications.
To address these challenges, Mocare’s Advanced Coating Technology for Surgical Gloves. By modifying the modulus of the protective coating solution, the coating achieves 10 times greater adhesion than conventional coating materials, effectively addressing the aforementioned issues.
