Features and benefits
Two functions in one layer
These functional pressure sensitive adhesives combine secure adhesion with a defined performance benefit within the same adhesive layer. Instead of adding extra components to deliver moisture or fluid handling, the functionality is integrated into the adhesive matrix.
This supports an efficient construction while maintaining the adhesive as the primary bonding layer.
Simplified constructions
Because the adhesive layer delivers both bonding and added performance, medical device designs can often use fewer layers and components. This can support easier converting and controlled total thickness, particularly where a thinner and more flexible construction is required.
Improved wear comfort
By managing sweat and exudate at the skin interface, these adhesive systems can support improved comfort during wear. Handling moisture where the adhesive contacts the skin can help maintain a more stable interface over time.
This is relevant for long wear tapes, sensors, and dressings used in patient care.
Potentially improved skin outcomes
When moisture is effectively managed, the risk of maceration or irritation may be reduced. Outcomes depend on the specific formulation and application. Integrating functional ingredients aims to better control conditions at the skin interface that can contribute to discomfort during wear.
Design flexibility
The additive package can be aligned with application requirements in different medical device categories. Depending on the intended function, this may include absorbent additives, antimicrobial agents, odor control ingredients, or skin conditioning components.
This flexibility supports a targeted performance profile across various wearable and dressing designs.
Tunable formulation
These medical grade adhesive solutions can be tuned by selecting an additive package aligned with the intended function at the skin interface. This may include moisture management, absorption support, antimicrobial action, odor control, or skin comfort depending on the formulation.