Blue Seas Trading Company sells wholesale seashells to retail stores and wholesalers around the world. One of the misconceptions about seashells is these forms of nature are easy to break making it a no go to sell to their customers. We looked far and wide to find out more about this myth to dispel the negative ideas about one of natures best gifts to the ocean. Call us at 1-888-425-8373 to place your next order! Check out our variety of souvenir items that your customers will appreciate.
Pick up wholesale seashells and hold it in your hand. How does it feel? It feels fragile and easy to break because of the soft shell. The truth is science has discovered that seashells do not break as easily as people think. Another misconception is that because its internal materials have a single compound the object has to be fragile. A good example of this is seashells and chalk which have calcium carbonate crystals that are different regarding strength.
Many people believe that when materials have the same compound, they are exactly similar. Seashells and chalk are perfect examples of this belief because they are both made of calcium carbonate crystals, but they are completely different regarding strength. Have you heard of the seashell secret? Here it goes. Lobster claws and seashells can be difficult to break. However, chalk breaks easily with little pressure. The harder objects have clusters of softer biological matter that helps build their strength that can withstand damage and pressure.
The Strength in Calcium Carbonate
Did you know calcium is an essential material for life? Without calcium, animals would not be able to create pearls or exoskeletons. Even the small bones in our ears consist of organic biominerals that turn into a weak calcium
Calcium Carbonate And Its Strength
Scientists have worked hard to study how organisms create calcium on their own. There are fundamental geochemical principles that can form and create synthetic materials with unique properties.
An experiment conducted by scientists using organic molecules to make spheres dubbed micelles. They noticed that the calcium carbonate had proteins and other documents that provide seashells its strength. The spheres began to grow calcite after micelles were added to the water mixture. The micelles compress into springs that build a strain helping the shell of wholesale seashells to become difficult to break.
“These results give new insight into the formation of occlusions in natural and synthetic crystals, and will facilitate the synthesis of multifunctional nanocomposite crystals,” the study said.