GET STARTED

AquaX is an advanced waterproofing solution developed by Surana Petro-Tex, engineered to protect structures from water damage, crack resistance, insulation, seepage, and moisture-related deterioration. It is suitable for residential, commercial, industrial, and specialized infrastructure use.

AquaX can be applied on a wide range of surfaces, including • Concrete roofs and terraces • External and internal walls • Bathrooms and wet areas • Basements and foundations • Industrial floors and expansion joints

AquaX is backed by decades of material expertise from Surana Petro-Tex. It stands out for its: • Crack resistance • Long-term durability • Strong surface adhesion • UV and weather resistance • Ease of application

Yes, AquaX is suitable for both new construction and renovation work. It can be applied on new surfaces as well as existing ones that may have been exposed to wear or weather. AquaX delivers strong waterproofing, crack resistance, and thermal insulation, making it a reliable choice for long-term protection in any type of project.

Yes, select AquaX systems offer thermal insulation benefits in addition to waterproofing—helping maintain indoor temperatures and reducing energy consumption.

AquaX is applied in a multi-layer process to ensure maximum protection and long-term durability: Chemical Barrier (Primary Layer): First, a high-performance chemical barrier is applied to fill micro-cracks, pores, and holes on the surface—creating a seamless foundation for further protection. Reinforcement Fabric Layer: Next, a reinforcement fabric is embedded into the surface. This layer enhances crack resistance, improves thermal insulation, and adds mechanical strength to withstand stress and vibrations. Protective Sealant (Secondary Chemical Barrier): Finally, a top coat of protective sealant is applied to act as a secondary chemical barrier, further sealing the surface against water, temperature variations, and environmental wear. This layered application ensures long-lasting waterproofing, structural strengthening, and surface protection in a wide range of building environments.