<p>The study investigates the influence of titanium dioxide (TiO₂) on silica fume blended concrete, where the cement is replaced with both TiO₂ and silica fume. A fixed 10% silica fume and titanium dioxide (TiO₂) at a range between 2–5% are incorporated across all concrete. The study assessed workability, compressive strength water absorption, shrinkage and Rhodamine B (RhB) discolouration of the concretes. The concrete is exposed to sunlight exposure for 5 hours. Overall, the findings suggest that the silica fume blended concrete with 2% TiO₂ had a higher strength compared to other concretes. Furthermore, the strength of concrete is higher than the minimum strength specified by standard for structural element application. A combination effect between silica fume blended concrete and incorporation of TiO₂ showed a pore refinement and a denser concrete microstructure. Also, the results show that the photocatalytic effectiveness is obtained by all concrete incorporated TiO₂. Furthermore, the use of silica fume compensates the effect of cement reduction and the incorporation of TiO₂. Hence, the finding suggested the concrete incorporated with TiO₂ has a potential to be used in construction application and an eco-friendly construction material, which is a viable option for lowering the maintenance issue and sustainable construction applications.</p>