TSEE 2024 is the largest platform for the smart energy industry in Europe and has now developed into a synonym for new products, new solutions and new business models in the field of pan-new energy and new energy vehicles. The exhibition is extremely comprehensive focus on the world of smart energy, to accelerate the global new energy to smart energy transformation. From June 19 to 21, PHOMIHOLDING will present its latest products at this summit. As one of the pioneers of innovation in the industry, the zero-carbon building materials derived from econiclay have successfully demonstrated a continuous acceleration of innovation. 

Remarkable Achievements Linked to Revolutionary New Materials

Since 2013, PHOMI HOLDING has been honored with top awards, including the  Medal of Invention in the Lépine International Paris Competition, the Gold Award of Asia International Innovative Invention Award, and the Excellent Product Award of China High-tech Fair, solidifying its position as an industry trailblazer. In 2024, PHOMI's cutting-edge technologies like eBIPV and eDISPLAY garnered significant attention at renowned international invention exhibitions in Germany and France. Subsequently, PHOMI HOLDING has earned prestigious recognitions as a national high-tech enterprise, a national intellectual property advantage enterprise, and a provincial specialized enterprise, underscoring industry recognition of PHOMI's innovation prowess, specialization, and commitment to econiclay industry, with promising development prospects.

PHOMI's independently developed econiclay has emerged as a focal point of industry innovation, drawing attention and acclaim. Econiclay, a revolutionary inorganic powder activation technology material, harnesses inorganic solid waste such as soil, stone waste, and non-metallic tailings as raw materials, meticulously processed into microscopic powder. With its inorganic properties, unique active valence bonds, and ability to form at low temperatures, econiclay stands poised to serve as the preferred choice for semiconductors and multifunctional material carriers. It is hailed as the future alternative to high-energy consumption and high-emission products like plastics, cement, ceramics, and stone materials, earning praise from a wide range of satisfied customers.