Chairman and CEO Dr. Chen of WaferChem Technology emphasized that beyond semiconductor devices, the market for advanced packaging materials is brimming with potential. He pointed out that customers are actively validating novel advanced packaging materials. Additionally, there is a growing demand for environmental protection and carbon reduction in the materials sector, heralding a new competitive landscape for material manufacturers. This is not merely a commercial competition but also a response to the United Nations Sustainable Development Goals (SDGs).

Dr. Chen highlighted that the semiconductor industry must adhere to increasingly stringent environmental regulations, encompassing material selection, production processes, and logistics transportation. To address carbon emission concerns, WaferChem Technology aims to provide services closer to customers, minimizing the environmental impact of transportation. This aligns with the semiconductor industry's commitment to embracing green and sustainable development.

Against this backdrop, WaferChem Technology actively responds to the United Nations Sustainable Development Goals (SDGs), particularly the transformation towards a sustainable supply chain. The company advocates for "local supply of critical ABF materials - Taiwan Additional Layer Film TBF," contributing to SDGs related to "Climate Action" and "Industry, Innovation, and Infrastructure."

Simultaneously, WaferChem Technology wholeheartedly supports Taiwan's ABF substrate manufactor, including Unimicron, Nanya Electronics, and Kinsus, collectively dedicated to energy-saving and carbon reduction. This commitment goes beyond corporate responsibility; it is a pledge to the sustainable development of the planet. Through tangible actions, the company embodies green technology, becoming an exemplar of sustainable development.

WaferChem Technology's efforts go beyond meeting market demands; they represent a tangible realization of SDGs. This enterprise-based approach to sustainable development injects more positive energy into the future of the semiconductor industry, propelling the industry towards a greener and more sustainable direction.