Professor Amos Shock It Clean Reviews: Professor Amos’ Shock It CleanTM All-Purpose Concentrate Cleaner is a legendary, super-concentrated multi-purpose cleaner that penetrates deep into the surface to blast dirt, grease, and grime away. Remove dirt and grime from your kitchen stove, dissolve sticky adhesives, wash motor oil off garage floors and driveways, polish jewelry, refresh tile and grout, and remove lipstick, juice, and food stains.
For an unhurried look into the less-than-nice thoughts and deeds of an Italian seaside town vacationing divorced middle-aged professor called Leda, turn to Elena Ferrante’s 2006 book, The Lost Daughter. Every day, Leda sits in silence and contemplates the miseries of motherhood as she observes the members of an Italian American family who are obnoxious and rude. Despite having two adult kids who live a long distance away, the reader gradually appreciates how much she values her alone time as she watches everyone around her.
The book is about a lady who finally allows herself to feel, say, and do everything decent moms are expected to repress to escape public censure. It’s also about the ambiguities, contradictions, and plain incoherence of love. That Maggie Gyllenhaal’s film adaptation generally makes obvious all of the aspects that Elena Ferrante’s book does not make so easily visible makes it all the more unsatisfactory. Rather than letting Leda revel in her late-in-life salvation, the film tries to find rational reasons for her poor choices, such as walking out on her family and stealing a small girl’s toy in the past. The modern-day Leda, portrayed by Olivia Colman, is consumed by inescapable guilt. Somehow, despite her brave defiance of parental devotion, she still feels its corrosive effects. On the other hand, Ferrante views her as purging her conscience via rumination and a dash of irresponsibility. Leda’s recollections have no causal and reductive ties between the past and the present throughout the book.
Carpets and upholstery, kitchen appliances, tile and grout, stovetops, linoleum and vinyl floors, kitchens, cabinets, painted walls, appliances, outdoor furniture, asphalt, leather and vinyl athletic shoes, pet stains, fiberglass, porcelain, and pre-treating laundry are all good places to start.
It can also be used to clean sterling silver, 14-karat gold, white gold, and designer jewelry. Without the use of soap, chlorine, ammonia, or lye, this method is both safe and efficient. Cleans and deodorizes your house, car, RV, or boat.
What are the ingredients in Professor Amos Shock It Clean?
An Overview of the Ingredients
According to the PAN Pesticides database, the active chemicals in Professor Amos’ Shock It Clean include citric acid and metallic silver. Axen(r) 30 is a registered trademark of the EPA, and it is offered under a variety of brand names, including Professor Amos. According to the PAN Pesticides database, the active chemicals in Professor Amos’ Shock It Clean include citric acid and metallic silver. Axen(r) 30 is a registered trademark of the EPA, and it is offered under a variety of brand names, including Professor Amos. Because only the active components must be disclosed under US law, it’s impossible to tell exactly what else Shock It Clean includes; however, the FAQ on the official product websites claims it also contains degreasers. In the form of Professor Amos’ Shock It Clean, Citric acid makes up around 4.85% of the formula. Cleaning products often include citric acid as a cleaning agent and a buffering agent since it is an inert, harmless organic acid. The disinfection capabilities of citric acid may also be enhanced by the presence of additional disinfecting compounds that include citric acid. It is harmless for the environment and is present in most fruits and vegetables, as well as the human body.
Professor Amos’ Shock It Clean has just 0.003% metallic silver in its composition. When traditional disinfectants carry a risk of producing toxic by-products or corrosion, silver is an alternative disinfectant that has been used for thousands of years. The antimicrobial properties of silver have been known for thousands of years, and it is frequently used as an alternative disinfectant in situations where traditional disinfectants carry a risk of producing toxic by-products or corrosion. Silver has been proven to function synergistically with other disinfection chemicals when used as a disinfectant. Because of the silver and citric acid in this product, a disinfectant effect that would not be feasible with either component alone may be achieved.