We’ve all experienced the hazards of bleach when using it for cleaning. Sometimes we don’t know how, but bleach finds a way to burn us or irritate our skin, leaving us stuck with painful rashes or swelling for days.
If you’re wondering why this household cleaner does more than just clean messes on surfaces, then stick around as we embark on the journey to unraveling the mystery of “Why does bleach burn your skin?”
What is Bleach Made Of?
Before diving into why bleach can potentially harm us and cause chemical burns on our skins, let’s take some time out to understand what makes up this magic potion that can whiten clothes and save dirty bathroom sinks.
Bleach is typically made by diluting sodium hypochlorite in water. In other words: science and H2O are blended together to create a stunning elixir that results in sterile surfaces (because nobody likes bacteria).
Sodium hypochlorite is a compound made up of chlorine atoms which work great at breaking down organic molecules like dirt and stains from fabrics. And not only does it tackle external filthiness but also internal microscopic substances making cleaning feasible while disinfecting properly against tiny pathogens responsible for ailments such as COVID-19 (Gotta stay safe out here!)
The power of Chlorine
Now onto the important question — Why Does Bleach Burn Your Skin? To answer that well first have to decode chlorines working principle. When liquid bleaches come in contact with flesh its chlorine interacts with oils naturally present within human cells resulting in reaction via oxidation/disintegration after reacting + creating unstable complexes causing disulfide bonds breakage releasing sulfur-based compounds resulting in irritation/harmful/damaging effect towards normal cellular processes hence …
drum rolls please
…the burning sensation we feel!
Furthermore, Regular exposure breaks downs cellular membranes disrupting the biochemical processes thereby causing extensive damage.
The Danger of Mixing Bleach
Mixing bleach with some other cleaners can be extremely risky. It is crucial to note that mixing bleach compounds like hydrochloric acid, ammonia, toilet cleaner (or any acidic product or drilling Jell-O) leads to generation of toxic fumes and substances that could pose significant threats on the skin as well as olefactory senses (nobody wants a faulty liver).
A combination such as this leads to an extreme chemical reaction resulting in Carbon Dioxide & Chlorine gas exposure- which causes respiratory issues and affects lung capacity including respiratory failure. Hence it’s best avoided by all means!
Here’s a pro leveling tip — wear gloves while cleaning with bleaches addition towards proper airflow within your working environment for both you and clients/colleagues alike (industrial hygienists 101!)
Why Can’t We Smell Chlorine?
We’ve made mention of chlorine being used in bleach and contributing to its effectiveness at breaking down stains but ever wonder why we don’t give off strong smells when using bleach? Well simply put: because chlorine itself doesn’t have any inherent scent – rather what we think about being ‘the smell” is actually due to other chemicals unleashed during use e.g. contaminated water-product interaction subsequently spread via steam created from heated up wash-ware/filter aid-ins etc
As penetration occurs between human keratinocytes (cells found in skin), cells shrinkage also becomes affected leading towards becoming painful especially where levels are significantly high.
That means not only will you need quality protective equipment when handling concentrated forms of bleach –a gas-mask at least– but extra care must be taken on sealed systems preventing users
from touching substance bare-handedly If desired ~mental note~.
Precautions When Handling Bleach
In simple terms, bleaches are corrosive materials meaning they contain ions capable of breaking down organic substances (so we’re in agreement here!). In respect to primary usage of bleach for cleaning, protection needs put into consideration during usage whether it’s aimed at household or industrial purposes. Let’s outline some:
There are specific gloves made out of latex or vinyl and even nitrile solutions that resist bleach penetration providing a protective layer between skin & severe sensitivity caused by oxidation as earlier mentioned.
When using bleach for surface sanitization the location should be cleaned first (removes dirt/grime etc) prior to application also needing time allowance after exposure primarily as conditions permitting effervescence may occur
(bubbling/yawning) – when this takes place you ideally want enough time has elapsed afterwards before rinsing!
On concerns about housemates pets persons around in general(having asthma cases atop other respiratory responsibilities) particular care must be taken within every instance hands-on based on safety precepts..
So next time you snag up that bottle of chlorine solution under your sink while preparing to tackle unseen stains off your tile flooring spare minute taking precautionary measures against accidental chemical burns visible through permanent damage towards cellular membranes costly long term – from now on the standard established is safety first!
Hey there, I’m Dane Raynor, and I’m all about sharing fascinating knowledge, news, and hot topics. I’m passionate about learning and have a knack for simplifying complex ideas. Let’s explore together!
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