TCC Launches World's Strongest 10,000 psi "A-Fluire" Mortar for AI & Semiconductor Facilities; Turkey 3D Solar Homes Named COP31 Green Project

Celebrating its 80th anniversary, TCC Group Holdings (TCC) has unveiled a series of new technologies, serving as a comprehensive exhibition of its low-carbon technologies and highlighting the group's simultaneous progress from local to international markets. In Taiwan, TCC has introduced A-Fluire (台泥極平 80 自平泥), a flagship flooring product with the world's highest strength of 10,000 psi. It is specifically designed to meet the urgent demand for high-spec flooring driven by the semiconductor expansion wave and the peak construction of AI computing centers.

Internationally, TCC Group Holdings’ Turkish subsidiary, OYAK Cement, utilized 3D printing technology to build 21 "smart green" residential units, featuring a low-carbon footprint and self-sufficiency in solar power and water usage to aid in post-earthquake reconstruction and social digitalization. This project also utilizes nearly 100% recycled construction waste materials and has been selected as a green highlight project for the COP31 climate summit.
 

While self-leveling mortar is not a new product in Taiwan, TCC has introduced A-Fluire, which boasts a strength three times that of industry peers. It features a 10,000 psi steel-frame-level strength comparable to that of Taipei 101. With an ultra-thin thickness of only 3 to 5 mm, it can perfectly withstand the high-frequency rolling of heavy machinery. This completely resolves the historical pain points of conventional self-leveling mortar flooring, which easily fractures under the rolling of heavy equipment and subsequently damages expensive and fragile precision instruments.

Amid the semiconductor expansion wave and the peak of AI computing center construction, the launch of A-Fluire precisely targets these high-end technology clients. This means clients no longer need to rely on expensive special raw materials. By simply using this high-end self-leveling mortar from TCC, they can achieve the structural strength previously offered only by premium building materials, while simultaneously taking into account carbon reduction goals and cost control.

More than 8,000 kilometers away from Taiwan, TCC Group Holdings' Turkish subsidiary, OYAK Cement, has partnered with the Hatay Provincial Government—an area severely affected by the 2023 earthquake. OYAK Cement will construct 21 single-story residential units on approximately 5,000 square meters of land allocated by the province. Of these, 20 units are 1-bedroom apartments, while the remaining unit is planned as a library due to its special location, supporting local social interaction and educational functions.

These residences use environmentally friendly materials made from 100% recycled construction waste. They are combined with a self-sufficient design powered entirely by solar energy and independent of the power grid. Compared to traditional construction methods, this process can be completed much faster and significantly reduces waste generation. Once completed, the units will be handed over to the Hatay Provincial Government to house affected families. This demonstrates TCC Group Holdings’ capability to participate in international sustainability issues using low-carbon technology.

From AI-driven unmanned electric mining trucks in upstream mines and electric ready-mix trucks in green transportation, to the 10,000 psi self-leveling mortar and UHPC translucent concrete panels, as well as the new energy venture "EnergyArk" cement energy storage systems, and the construction of 3D-printed homes for post-earthquake reconstruction in Turkey—TCC's complete low-carbon blueprint signifies that the group's next 80 years will not be measured merely by "how many tons of cement are sold". Instead, it will be centered on "how much value is created for clients and how many new models are opened for the industry," completing TCC's transformation from a local cement manufacturer in Taiwan to an international low-carbon building materials brand.