Pioneering Chemical Frontiers

At S-CHEM, we prioritize innovation and precision in all our operations.

Our R&D department is dedicated to pioneering methodologies that leverage precious metal catalysts for various C-C/C-N coupling reactions. Precious metal catalysts, lauded for their superior catalytic activity, thermal stability, and chemical inertness, drive the efficiency of these critical reactions.

These catalysts play an integral role in the chemical industry, particularly in accelerating processes and enhancing productivity in manufacturing OLED materials. Our adept use of precious metal catalysis, coupled with our commitment to optimizing process solutions, enables us to create top-tier OLED materials, setting industry standards.

This fusion of refined techniques and innovative processes allows S-CHEM to lead the field in the development and manufacture of superior OLED materials, heralding a new era in the realm of organic light-emitting diodes.

The landscape of OLED materials is continuously evolving, and the recent trend has underscored the effectiveness of replacing hydrogen with deuterium to enhance material longevity. At the heart of this shift is perdeuteration technology.

S-CHEM proudly stands as the only company that harnesses the power of deuteration technologies in OLED material production. Through our unwavering commitment to innovation, we are redefining standards of OLED longevity, thereby contributing to the durability and overall performance of OLED-based devices.

This pioneering approach fortifies our commitment to staying at the forefront of cutting-edge OLED research and development, upholding our reputation as the trendsetters in the OLED industry.

The intricacies of Boron Chemistry have been a subject of scientific fascination, and at S-CHEM, we've transformed this curiosity into industrial innovation. We boast a state-of-the-art manufacturing facility solely dedicated to the mass production of aromatic boronic acid.

Our team of chemists and engineers employ the Grignard reaction or Turbo Grignard reaction in manufacturing aromatic boronic acids. This enables us to generate products of impeccable purity and reliability.

S-CHEM’s capability to scale up the production without compromising quality echoes our commitment to our customers’ needs and to scientific advancement. As we navigate through the rapidly evolving world of chemistry, our proprietary production process places us at the vanguard of Boron Chemistry exploration.

S-CHEM is fervently committed to driving innovation in the realm of deuterium oxide usage and production. Our High D₂O initiative pioneers a greener, more efficient use of valuable resource, radically transforming the industry in Korea.

South Korea's dependency on foreign sources for D₂O has been a long-standing issue, but at S-CHEM, we are breaking free from these conventional shackles. Our bold strategy of locally refining D₂O will create new opportunities for us to prosper independently, changing the landscape of the deuterium industry in our nation.

The use of D₂O in various industrial processes can often seem excessive due to the complex nature of these reactions. We at S-CHEM are endeavoring to address this issue head-on, through the development of optimized techniques that increase the yield of these processes without compromising on the quality or safety standards.

The disposal of partially used D₂O, containing 70-90% of deuterium, has been a standard practice in the industry. However, recognizing this as a substantial wastage of a precious resource, S-CHEM has embarked on the journey to develop ground breaking re-enrichment techniques that not only minimize wastage but also optimize the deuterium content.

We're building a brighter, more sustainable future by fostering innovation in the D₂O industry. By choosing S-CHEM, you're choosing a partner who is deeply invested in creating tailored solutions for your D₂O needs, contributing positively to our environment and economy.