Kenosha is a trusted partner for high-performance, medical-grade adhesives used in diagnostics, healthcare, and wearable technology.
Our skin-safe adhesives combine secure fixation, breathability, and user comfort, making them ideal for continuous monitoring and long-term wear.
From continuous glucose monitors (CGMs) and wearable ECG devices to transdermal patches and temperature sensors, Kenosha adhesives ensure reliable adhesion without irritation, even during extended use.
The role of adhesives in medical wearables
In wearable medical devices, the adhesive is a critical interface between device and skin. It must hold securely while allowing movement, perspiration, and moisture exchange, and still remove gently withouth residue or trauma.
Kenosha’s skin-safe adhesive systems maintain consistent performance through sweat, motion, and temperature variations, ensuring both accurate data collection and patient comfort.
Skin-safe and biocompatible solutions
All Kenosha adhesive systems are:
- Biocompatible and hypoallergenic
- Breathable and water-resistant for long-term wear
- Residue-free removable to prevent trauma or irritation
- Available in single- or double-coated constructions
Our adhesives suit all skin types and can be combined with films, foams, or nonwoven backings for optimal flexibility and design freedom.
Adhesive types for different wearable devices
We supply specialized adhesive systems for a wide range of devices:
Continuous glucose monitors (CGMs)
Long-wear silicone adhesives with high breathability and gentle removal
Wearable ECG & EEG monitors
Acrylic or hybrid systems offering stable signal contact and repositionability
Transdermal patches & drug delivery systems
Medical-grade acrylics and hydrogels with controlled permeability |
Wearable blood pressure & activity trackers
Flexible, low-tack adhesives for comfort and movement
Pulse oximeters & temperature monitors
Skin-friendly adhesives with moisture management and optical clarity
Each formulation is optimized for wear time, flexibility, and sensor accuracy.
