Terefilm Photopolymer is a revolutionary material solution addressing critical challenges in the semiconductor sector, such as precise mass transfer and high-resolution photolithography. It offers an exceptional balance of precise patternability, effortless decomposition, and minimal activation energy, making it a prime choice for high-throughput semiconductor applications demanding precise control and immaculate cleanliness.
This photopolymer boasts extraordinary thermal stability up to 180°C before UV exposure, which suits integration into manufacturing processes with high-temperature steps. Through exposure to low-energy UV irradiation, its decomposition temperature drops significantly, requiring much less energy for vaporization. This phase change from a glassy polycarbonate to a gas happens on a sub-millisecond scale, ensuring residue-free processing, which stands out in applications involving selective component release, like MicroLED mass transfer.
The standout feature of Terefilm is its low activation energy, enabling market-leading low energy input for activation. This innovation translates to reduced power usage, extended longevity of optical components, and extensive processing over large areas. Moreover, it is designed to vaporize entirely upon activation, negating the need for downstream cleaning procedures, thereby ensuring cleanliness and performance integrity of the end components.
