Henkel's medical and pharmaceutical engineers, experts, and chemists are well aware that your product design solution is unique, so your adhesive solution must also be exclusive
Henkel's technical expertise, low-risk partner selection, innovative ideas, global technical support, and long history as a leading formulator ensure that we can adapt to the future development of medical device design& nbsp;
For medical tape, we offer a full range of hot melt adhesives, water-based, solvent based acrylic, and UV acrylic adhesives. These adhesives have excellent adhesion and are gentle on the skin, firmly adhering to different carriers used in medical applications, and have good breathability& nbsp;
Henkel understands that quality and consistency are crucial for the pharmaceutical industry, ensuring that patches adhere and are administered as designed to drug delivery system developers, drug marketers, and patients. We have rich experience, resources, and professional knowledge to help your transdermal drug delivery project succeed
For the medical electronic equipment industry, Henkel offers high reliability and mature assembly solutions such as conductive inks and adhesives, encapsulation, bottom filling, solder and film materials. This solution is suitable for assembling heart and nerve stimulation devices, humidity detection sensors, ECG and TENS electrodes
The continuous popularization of medical resources, more patients achieving self-monitoring, and the push for less invasive devices and procedures have had an impact on traditional medical electronic products. As the cost of traditional healthcare continues to increase, innovators in the field of medical electronics are developing new remote diagnosis and doctor reporting solutions - aimed at more effectively controlling costs while providing better patient care. With high reliability materials specially formulated for fail safe medical applications, Henkel has provided decades of electronic material solutions for various medical devices - from biosensors to implantable microelectronic components, to advanced diagnostic equipment