What Is Pigment Green 7?
What is Pigment Green 7? Pigment Green 7, also called Phthalocyanine Green, is a slightly duller and more blue green than Pigment Green 1. This pigment color used in the same ways as its brighter cousin, and the two are often mixed together to achieve various shades of teal and turquoise.
It Is A Pigment :
Chemical pigments are used in printing, artist paints and colored pencils. Many pigments, such as mixtures of carbon black and titanium dioxide produced by burning hydrocarbons. The resulting powders refined and then made into pigment powder or pigments. Metallic pigments tend to be transparent and reflect light well. while organic and inorganic compounds tend opaque and less reflective (usually). Further refinement with clay results in more opaque pigments. Some artificial pigments are synthesized from simpler substances—some mineral colorants like vermilion are made from ground-up minerals, for example; a synthetic green pigment called chromium oxide is made from ground chromium.
Uses Of Pigment Green 7 :
Pigment Green 7 used in nail polishes, eye shadows, and foundation. It a rich green color which does not appear true when it is applied on human skin. It has been replaced by newer pigments that are less expensive and brighter. As a result of these developments, Pigment Green 7 has become nearly obsolete. There are very few cosmetics manufacturers who still use Pigment Green 7 in their products.
The pigment itself is relatively inexpensive to produce and has good stability, but its poor lightfastness makes it unsuitable for use in certain applications. It was first developed as a replacement for Chromium Oxide Green (CAS No: 77288-26-1) because of its better lightfastness properties; however, once other pigments were developed with better lightfastness properties than both Chromium Oxide Green and Pigment Green 7, there was no longer any need to continue using them. There have been many new pigment developments since then which have rendered both Chromium Oxide Green and Pigment Green 7 obsolete.
It Does Not Fade :
When exposed to sunlight or artificial light, pigment green 7 does not fade. It does not harm human skin and also has no smell. You can’t easily dissolve it in water. That’s why it can be used as an industrial paint. But if you are going to use it for a cosmetic product, you should pay attention to how much pigment green 7 you are going to add into your product.
Many companies will only make their products with a small amount of pigments that are commonly known for their high quality but there are many other companies that want their products sold at a lower price so they will add less expensive pigments such as Pigment Green 7 Manufacturer into their products so they can save money. In fact, most pigments used in makeup products contain a very small amount of ingredients because otherwise these items would have very little profit margin left over after they were produced which means that some people who purchase cosmetics may end up getting something they did not pay for like cheap colors from cheap pigments added into their expensive cosmetic items.
It Comes From An Insect
Some pigments are created from insects. Yes, really. One of these pigments—Pigment Green 7—is made from a type of fly. (The name comes from its chemical name: copper phthalocyanine.) Artists have been using copper phthalocyanine as pigment for centuries, and it’s most famously been featured in Monet’s water lily paintings. The chemist responsible for originally creating Pigment Green 7, Adolph Von Baeyer, won a Nobel Prize in Chemistry for his work. If you think green-haired people are weird, just imagine an insect that glows bright green!
It Is A Natural Green Colorant
It’s a natural green colorant derived from chlorophyll. Pigment Green 7 is one of a group of organic pigments called xanthophylls. These are organic compounds that contain an aromatic ring structure and feature an xanthone backbone; in case you were wondering, xanthone has its roots in Greek and means yellow. In its pure form, Pigment Green 7 looks very similar to Beta-Carotene—the pigment responsible for giving sweet potatoes their orange hue. It appears green because it absorbs red light better than blue or other colors.
It Stands Out :
The pigment green made from a compound called phthalocyanine, which got its name from a Greek root word that means blue-green color. A wide range of greens created with varying amounts of metals in their makeup—iron, aluminum, and cobalt common examples. Some pigments pure phthalocyanine while others mix it with other compounds to achieve different results. One example is pigment green 7, which contains zinc oxide. Pigments can also be mixed together to create new colors. For example, pigment red 176 mixed with yellow 12 makes red 170. This type of mixing is how pigments are made: Mixing differently colored pigments together in various ways creates all sorts of paint colors—think about it!
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