Blood glucose test strips are medical diagnostic products designed to measure blood glucose levels. They are composed of multiple precision layers, with insulating ink serving as a key protective material alongside the conductive layer. Insulating ink is primarily used between the electrode layer and other structural layers to provide stable insulation, protect internal circuits from external interference, and ensure the accuracy and reliability of diagnostic data.
Insulating inks are classified into UV-cured and heat-cured types. UV-cured insulating ink is ideal for fast production, significantly reducing processing time, while heat-cured insulating ink is renowned for its exceptional durability, making it suitable for demanding precision applications. As medical technology continues to advance, the performance requirements for insulating inks are constantly increasing, including superior dielectric properties, flexibility, and adhesion.
Today, insulating inks are widely used in the electrode systems of blood glucose test strips. They not only prevent signal interference but also extend the lifespan of test strips, making them an indispensable material for modern medical diagnostic devices.
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UV-Cured Insulating Ink
Designed for multi-layer structures in blood glucose test strips, it features excellent dielectric properties, flexibility, and rapid curing, enhancing production efficiency and stability. It is an ideal choice for precision-grade insulating materials. -
Heat-Cured Insulating Ink
Specifically developed for blood glucose test strips, it provides long-lasting adhesion and superior insulation performance. Its durability and suitability for high-demand manufacturing processes make it a key protective material for precision medical equipment.