Nanotechnology-based smart doorsand windows company
Nanotechnology-based smart doorsand windows company
A building is a structure built for living as a shelter or for work, which divides the environment into two parts, inside and outside. All jobs, suppliers, and executives in this field are called the construction industry. The construction industry is one of the infrastructure sectors of a country. With the activation of this section of society, other industries have also entered the boom in parallel and can create thousands of jobs. On the other hand, because the building is directly related to human lives, the construction
and completion of a building is not the end of the story and should be constantly reviewed and repaired when needed. In general, it can be said that the building is primarily designed, built, and used as a shelter and security, living space, privacy, to store assets and comfort of human life.
Nanotechnology is used in almost all building parts, including the skeleton, facade, building systems, and interior design. The use of nanotechnology in the construction industry has led to high-performance, multipurpose building materials. Created value- added by nanotechnology has increased the durability and quality of construction materials.
These systems can measure the intensity of sunlight, display the intensity of light to the user, and intelligently adjust the amount of darkness of the glass depending on the type of door environment.
Our production, produce with a combination of PVC profiles and thorium or silica nanoparticles. The doors of this startup have unique features such as no change of color and state against sunlight, high durability and strength, non-flammable in fires, resistance to rot, rust, and oxidation, environmentally friendly, easy to clean, and easy fast to install.
The door has an optimum temperature system. The user determines the balanced temperature according to the type of environment in which the window is installed. First, the temperature of the outside environment is received, then it is compared with the standard temperature for that environment, and if it is out of the normal range, the system warns the user through the mobile software that the temperature is high or low. It also checks whether the window is open or closed and warns to prevent overheating or overheating the house and increase the consumption of cooling and heating systems. Suppose the temperature difference inside and outside the building increases, and the user does not notice the cell phone alert. In that case, the window will warn of a temperature increase or decrease through the lights installed on the frame .
With a manager who already has experience in this field but is a newcomer to the Canadian market, this company faces opportunities and threats.