As the global spotlight intensifies on clean energy and next-generation battery technologies, Haycarb showcased its latest innovations at InterBattery 2025 — Asia’s most influential energy storage industry exhibition.
Held at COEX in Seoul, the event brought together leaders in battery technology, materials science, and sustainability. Haycarb made its mark by unveiling the Haycarb Energy Storage Material Series — a high-performance range of activated carbon solutions tailored for supercapacitor and battery applications.
Built on decades of expertise in activated carbon technology, this cutting-edge product series reflects our commitment to advancing the capabilities of modern energy storage. Engineered for superior charge-discharge performance, extended cycle life, and high energy density, these materials meet the rigorous demands of applications in electric vehicles, renewable energy systems, and portable electronics.
Visitors to the Haycarb booth explored the technical advantages of our energy storage carbons, which are manufactured through advanced activation processes and strict quality control to ensure high purity, optimized porosity, and consistent performance. These characteristics make Haycarb’s materials ideal for high-efficiency, low-degradation energy systems that are shaping the sustainable technologies of tomorrow.
InterBattery 2025 also provided a valuable platform for our team to engage with global researchers, innovators, and commercial partners. Conversations at the event highlighted a shared industry focus on sustainability, reliability, and innovation — areas where Haycarb continues to lead through its responsible sourcing and environmentally conscious manufacturing practices.
Our participation underscored Haycarb’s unique role in redefining energy storage solutions for a low-carbon world. By integrating renewable raw materials and sustainable production methods, we are not only supporting global decarbonization goals but also enabling our customers to develop cleaner, more efficient energy systems.
