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We stand by clean beauty

Clean Beauty? So what?

What is CLEAN BEAUTY?

Simply, Clean Beauty is “biocompatible”. There are many articles written about clean beauty. Let me summarize, it is a classification of beauty products that have the safety of the customer at the forefront of products. These are mindfully created products produced without toxins. Our clean beauty products have gone through rigorous testing to prove all are safe ingredients that gently cleanse, moisturize and care for your skin.

 

What are the BENEFITS?

Beauty ingredients are going in a direction most of us prefer, minus the price tag. This is why Hi Peach Layne Stands behind clean beauty ingredients: they’re ethical, sustainable, skin health improving. They promote skin health by nourishing and moisturizing your skin, provide

 

Why it MATTERS?

So so many reasons. Mainly, because many products soak into our skin. If we aren’t careful about the ingredients in these products, we are allowing the market to dictate our unknowing consumption of harmful chemicals. We believe identifying a clean beauty self-care routine could be one of the most important choices in our long-term health. Additionally, these ingredients that are good for us are also sustainably sourced and conducted under cruelty-free standards! This means a product that is recyclable and or biodegradable. Whats good for me is good for animals and mother nature? YES, QUEEN!

 

Why read Your LABELS?

Did you know that the order of ingredients on a product is an important factor? Well, this order indicates concentration levels in the product. So, the first ingredient in any beauty product is the largest amount by weight ingredient in the product. The last ingredient listed is the least amount in weight. So, look out for harmful ingredients, demand more of the main ingredients, and choose your products wisely.

 

It's sceince time!

Hi Peach Layne Bath Bomb

Where does the Bath bomb Fizzzzzz come from?.....See the chemistry below!

Whats happening in that chemical formula above?

Everything on the left side of the reaction arrow is referred to as a “reactant”, while everything on the right side of the arrow is called a “product”. In a chemical reaction, the products are always chemically different than the reactants.

It’s important to remember, however, that while the products are different than the reactants in any chemical change, nothing appears on the right side of a chemical equation that isn’t on the left. The reactants are rearranged to form the products. All the same atoms are present (and in the same amounts!) on both sides of the equation. The difference is in the way the atoms in the products are connected to each other. They are rearranged to make new molecules and ions, which are unlike those in the reactants. This is what distinguishes a chemical change from a physical change. In a physical change, there is no change in chemical composition. Consider, for example, ice melting..

What’s a chemical reaction?

A chemical reaction is when chemicals break apart into their smallest parts and then rearrange themselves to become different chemicals.

Whats happening when I drop my bath bomb?

The moment baking soda hits warm water, it breaks down into ions that have an alkaline quality: sodium ions and bicarbonate ions. They are said to help balance the acidic nature of many skin conditions restoring the skin’s normal pH balance.

Baking soda is also proposed to have bacteria-killing and inflammation-reducing properties, which may be helpful in calming skin issues and aiding repair.

So the bath bomb becomes liquid?

Matter cannot be created or destroyed. This means that atoms in the reactants of a chemical equation must always be represented in the products of a chemical equation. The atoms that make up the reactants (or “matter”) cannot be “destroyed”; they can only be rearranged into other things. Likewise, atoms or molecules can’t appear in the products if they are not represented in the reactants. So, matter can’t be “created” or appear out of nowhere. The atoms and molecules represented in the products must always come from somewhere, and that somewhere is the reactants.

 

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