| Application | Method | Advantage |
| Nanotechnologies for CONCRETE | - Nano-silica (SiO2) to cement [16] | Improvements in durability |
| - Addition 15 of carbon nanotubes | Improving mechanical properties of mixture cement & water | |
| - Oxidized multi-walled nanotubes | Improving compressive flexural strength | |
| - Adding Nano scale materials + cement | Improve its performance | |
| Nanotechnologies for STEEL | - Incorporate copper nanoparticles | Reducing unevenness then increase safety |
| - Vanadium & molybdenum nanoparticles | Reducing H2 effect then improving the structure | |
| - Adding magnesium & calcium nanoparticles | Increasing weld toughness | |
| Nanotechnologies for WOOD | - Using Nano fibrils | Water repellent + self-repair + self-sterilizing surfaces |
| Nanotechnologies for GLASS | - +TiO2 - +SiO2 nanoparticles | - Self-Cleaning - Fire Protective Glass - Thermal isolation |
| Nanotechnologies for PAITINGS | - +TiO2 | - Coat Glazing - Breaking Down organic dirt - Thermal control - Energy sawing |