This technique centers on five key advantages

Uniform High-Temperature Heat Transfer for Thorough Curing: Nitrogen facilitates stable heat transfer and ensures uniform heating across the tire structure—including the tread, sidewalls, and bead areas—resulting in consistent vulcanization. This minimizes the formation of bubbles and under-cured spots, thereby enhancing the tire's wear resistance.

Elimination of High-Temperature Rubber Oxidation and Aging: Rubber is highly susceptible to thermo-oxidative aging, becoming tacky and prone to delamination when exposed to air at high temperatures. Nitrogen acts as an inert barrier, effectively isolating the rubber from oxygen; this results in a denser tire carcass that is far less likely to crack or develop bulges.

Internal Nitrogen Pressurization for Precise Shaping: By filling the curing bladder with high-pressure nitrogen, the tire carcass is uniformly expanded and held taut. This ensures that the tread patterns are fully formed and the edges are sharply defined, resulting in a tire with more precise dimensions that is less prone to deformation during high-speed driving.