TUOXIN and 3TREES Launch Groundbreaking Carbon-Based Tile Adhesive, Ushering in a New Era of Tiling

(Dongguan, June 23, 2025) — A breakthrough has arrived in China's building materials industry! TUOXIN, a leading domestic tile substrate expert, and 3TREES Group, a national leader in coatings and green building materials, have joined forces to officially launch their first co-developed series of carbon-based tile adhesive products. This significant milestone marks a major achievement in their strategic partnership within the green, high-performance building materials sector, bringing a revolutionary tiling solution to the architectural and decorative industry.

This collaboration deeply integrates TUOXIN's extensive expertise in tile bonding systems with 3TREES' formidable strengths in eco-material technology, polymer chemistry, and market channels. It not only meets the growing demand for high-quality, efficient, and safe tiling materials in premium residences, commercial spaces, and public buildings but also drives the upgrade of construction auxiliary materials towards greener and higher-performance solutions.

The product's outstanding overall performance will effectively reduce rework rates, lower overall project costs, enhance building quality and lifespan, injecting powerful momentum into the sustainable development of the architectural and decorative industry.

"The advent of carbon-based tile adhesive is just like the emergence of epoxy grout sealer a decade ago," Mr. Wu noted. "Back then, grout sealers completely eliminated the long-standing industry pain point of traditional grouting materials turning black and moldy, and redefined the aesthetic standards for tile joints; today, this carbon-based tile adhesive, with the same disruptive power, is breaking the ceiling of bonding technology — addressing the safety hazard of tile hollowing and detachment at the source. We firmly believe that just as grout sealers reshaped the industrial landscape of tile auxiliary materials, carbon-based tile adhesives will surely propel the entire building bonding system into a new era."