Space and ordinary windows in our homes seem infinitely distant from each other. However, science and engineering have built a bridge between the vastness of the stars and the comfort of our living rooms. Technologies developed to protect astronauts from the extreme conditions of space have found an unexpected application in the production of modern windows.
Canglow, a company that offers state-of-the-art glass with a guarantee, is actively incorporating these space innovations into their products. Let’s take a fascinating journey from orbital stations to our windowsills and find out how NASA’s advances are transforming ordinary windows into high-tech devices.
Aerogel: weightless thermal insulation
Aerogel, known as “frozen smoke,” was developed by NASA to insulate space suits and equipment. Today, this material finds application in the production of ultra-efficient windows:
- It has a record low thermal conductivity.
- Transparent, which allows natural light to be retained.
- Light weight does not increase the load on window structures.
The use of aerogel is especially relevant when repairing double-pane windows in Edmonton, where harsh climatic conditions require maximum thermal insulation.
Selective coatings: energy balance management
Selective coating technologies, originally developed to protect spacecraft from radiation, are now being applied to the production of energy-efficient insulating glass units:
- Reflect infrared radiation, keeping heat inside the room in winter
- Block excess heat from the sun in summer
- Transmit visible light, providing the best possible illumination.
These coatings have become an integral part of modern window technology, and many people are interested in what window inserts with these coatings are and how they can improve a home’s energy efficiency.
Phase changeable materials: active temperature control
Similar materials used by NASA for thermoregulation in spacecraft have found application in the creation of “smart” windows:
- Absorb excess heat when the temperature rises.
- Release stored heat when the temperature drops.
- Help to maintain a comfortable indoor climate.
This technology is especially useful in regions with drastic temperature swings, such as Edmonton, where quality windows are critical to comfort.
Self-repairing materials: durability at a cosmic level
Self-repair technologies developed to protect spacecraft from micrometeorites are being adapted to create ultra-strong insulating glass units:
- Able to “heal” minor damage and scratches.
- Increase the lifespan of your windows.
- Reduce the need for frequent repair of double-pane windows in Peace River.
Canglow is actively exploring ways to incorporate these innovative materials into its products to maximize durability and reliability.
Photochromic technologies: adaptive dimming
Photochromic materials used in spacecraft portholes are being used to create “smart” double-glazed windows. They automatically darken in bright sunlight, become clearer when the light decreases, and optimize natural light and UV protection. This technology is especially in demand in regions with long daylight hours, providing an alternative to traditional shading methods.
Heat-reflective ceramic coatings
Ceramic coatings developed to protect space shuttles during re-entry have been adapted for use in glass windows:
- Effectively reflect thermal radiation.
- Resistant to extreme temperatures.
- Highly durable.
These coatings can be especially useful for customers visiting a Canglow showroom in Edmonton looking for high-tech solutions for their windows.
Antibacterial coatings: space-class cleanliness
Antibacterial coating technologies developed to maintain sterility on space stations are now being applied to the production of windows. They inhibit the growth of bacteria and fungi, reduce the need for frequent window cleaning, and are particularly useful in areas with high hygiene requirements.
For those thinking about upgrading their windows, a visit to a Canglow showroom may be the first step to seeing these space-age technologies in action. A future where every window becomes a high-tech device is just around the corner, and space innovations are playing a major role in that.
