With the miniaturization and increasing precision of medical devices, the structural design of blood glucose test strips has become more complex, placing higher demands on conductivity, insulation, durability, and adhesion. Traditional adhesives and materials face growing challenges in handling precision operations and multilayer structures.
For applications in harsh operating environments or requiring long-term stable performance, blood glucose test strip materials must provide high conductivity, excellent insulation, flexibility, and stable adhesion. To meet these demands, Tex Year offers the following solutions:
UV Pressure-Sensitive Adhesives (UV PSA)｜
Ideal for bonding the layers of blood glucose test strips, especially for adhering to glass, plastic, and metal. Products like 1565A feature low viscosity, easy application, and, after UV curing, excellent flexibility, elasticity, and stable adhesion.
Conductive Inks｜
Enable stable electrical pathways to ensure accuracy and reliability of blood glucose test strips.
- CC-01: High-performance carbon ink with a surface resistance of 15Ω/□, offering excellent flexibility and adhesion.
- CS-01: Low-resistance silver ink for high-precision applications with a surface resistance of 35mΩ/□.
Insulating Inks｜
Provide a stable insulation layer in test strip structures to protect internal circuits from external interference.
- 1596A: White UV-cured insulating ink with excellent flexibility, ideal for multilayer structures.
- 1671: Green thermal-cured insulating ink with superior adhesion and dielectric properties.
