As long as glass has been used in window structures, it's been necessary to wash it. The first innovation to clean windows was the use of squeegees. The first squeegee used by fishermen. It was a wooden tool known as a squilgee that was used to remove fish's waste and other toxins off the decks of their boats. It was possibly the source for the very first window cleaning banbridge blade, which is known as"the" Chicago squeegee.
The Chicago squeegee was utilized in the beginning of 1900 by cleaning experts. It was heavy that had 12 screws, which all needed to be removed in order to change the two blades in pink. In the U.S.A one Italian immigrants by the name of Ettore Steccone developed the present squeegee in the year 1936. In the beginning, he had to offer these away to market the idea. The public quickly realized that this device is superior to Chicago squeegee. Thus, it was then that the Ettore company was established. Ettore remains the top producer for window cleaners with a revenue of several million dollars. The early 1990s were the time when window cleaners still used the squeegee as their first option, until the advent of water-fed poles for cleaning. The systems utilize deionised pure water that is fed through long poles, which scrub and clean the dirt while drying naturally, leaving none streaks, or spots. The poles are typically constructed from carbon fibre or glass fiber, which can reach the height of 70 feet, allowing the operators to wash tall buildings in the security of the ground. These systems aren't just more secure, they also keep windows clean for longer and are considered to be the best alternative for various uses in the business. The majority of commercial cleaning firms opt for this type of system particularly after the introduction of more stringent safety and health laws that govern ladders. Certain companies are currently working on robots to clean windows, however at the moment, these systems aren't commonplace and I would say it's going to be a while until we will see them commonly employed in the field. Self-cleaning glass was created by Pilkington as well as other glass makers. The titanium oxide layer is sprayed on the glass's surface that causes a photocatalytic reaction with sun's UV radiations, causing the breaking down of dirt. This process also creates a hydrophilic glass, meaning that rain doesn't make water droplets on the glass. It creates an effect of a curtain, instead helping to eliminate the broken down dirt particles faster. This technique will ensure that the windows remain cleaner, however it's not a substitute for the proper window cleaning services that leaves the glass sparkling clean and sparkling. The company I run, Premier Cleaning Window cleaner has customers with self-cleaning glass and say they wouldn't be without the window cleaning service. The window frames as well as the sills are always required to be cleaned no matter how efficient self-cleaning glass will become in the near future. Whatever technology comes next whatever the future holds, one thing is for sure windows will need cleaning and , just as it has changed over the past 100 years, the system will also continue to evolve. Perhaps in the next 50 years the children of our generation might see robot window cleaning machines working.
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