Yinmn Blue Buy
Commercially known as Blue 513, YInMn Blue pigments are now available for use in industrial coatings, plastics, and artist color materials. Why is this important? Creating blue pigments for worldwide applications was no easy feat, but it was one that Shepherd Color has been committed to for a long time.
yinmn blue buy
The way this blue pigment has been created is revolutionary because it is a new pigment chemistry that expands the range of colors available that stay cooler when exposed to the sun, allowing building material manufacturers to meet regulatory requirements and building owners to potentially save energy.
Shepherd Color is committed to ongoing sustainability efforts, and by using YinMn blue pigments, we can help our clients improve their energy efficiency and use this high-performance IR-reflective blue pigment in their products.
If you mix 80/20 Cobalt Blue/Ultramarine Blue you'll come up with a color that to the eye looks a lot like YInMn. But YInMn's tint is what sets it apart from the mixture. Unlike the Cobalt/Ultramarine combo, YInMn grays-down to a more subdued blue.
Eleven years later, in May 2020, the United States Environmental Protection Agency (EPA) officially approved the punchy pigment, which is far more vivid than cobalt or Prussian blue, for commercial use, as Coatings World reported at the time.
Since discovering YInMn Blue, Subramanian and his colleagues have continued experimenting with potential pigments. In 2019, reported Jes Burns for Oregon Public Broadcasting, the team created hibonite blue, an intense variation of cobalt.
YInMn Blue (named because it contains Yttrium, Indium, and Manganese) is the first new inorganic blue pigment in over 200 years, and the first genuine single-pigment alternative to Cobalt Blue. Discovered accidentally by materials scientists at Oregon State University, YInMn Blue is a deep, stable, opaque blue that will surely become an important artist's pigment in the years to come.
Why is YInMn Blue so special? It exists in color space between ultramarine (warm blue) and phthalo blue (cool blue). The only similar pigment is cobalt blue, but YInMn Blue is more opaque, less toxic, and much more brilliant. We think it's the ultimate primary blue, and the comparison with multi-pigment primaries mixed from ultramarine and phthalo couldn't be more stark. While mixed primary blues are often muddy and unimpressive, YInMn Blue provides a single-pigment primary that's clear and distinctive.
YInMn is more environmentally friendly to produce than other blue pigments, and is less toxic than the cobalt-based blue pigments (Cobalt and Cerulean Blue). However, the pigment is very expensive to make due to the elements that it contains, and this makes it less accessible. Whether YInMn Blue will become a widely used pigment remains to be seen, but it is always an exciting moment when a new pigment is discovered.
When someone complains about the terrible things one finds on theinternet, I say you find what you look for. I was looking for info onthe new blue pigment and whether or not a monitor can adequatelyshow a green or red underlying hue. I prefer a bit of green in myblues, and now I know what to expect with this one. Thank you.
2017 has been a really good year for the lustrous YInMn blue pigment, discovered by Oregon State University chemist Mas Subramanian eight years ago. As the first inorganic blue pigment in 200 years it has captured the interest of the world. Crayola launched a new crayon inspired by YInMn Blue this summer. After a fevered naming contest that saw 90,000 submissions from fans around the world, the new crayon has a name: Bluetiful.
Now Australian paint supply company Derivan is taking YInMn Blue to Australian consumers in a new way, ensuring that the beauty and artistic merits of the new color pigment will be discovered and enjoyed by large numbers of artists and art lovers. Derivan has developed Subramanian's pigment into a new hue of blue acrylic paint, as part of its famous line of Matisse professional artists acrylic paints, which are on sale in Australia.
Derivan is the first paint company in the world to make YInMn Blue commercially available to artists. While Subramanian responds to numerous requests for the blue pigment from artists in Oregon and beyond, it is currently not commercially available for artists' color materials in the USA.
YInMn Blue notched up yet another significant achievement very recently when Shepherd Color Co., which licensed the blue pigment from OSU, announced that the Environmental Protection Agency (EPA) approved the pigment for commercial sale and for use in industrial coatings and plastics. Shepherd is in the process of seeking EPA approval for the pigment to be used in artists paints and other materials and is confident that will happen, according to company spokesman Mark Ryan.
The presence of the expensive metal Indium in YInMn makes it more expensive than other paints. The challenge, Subramanian explains, is to create yet another vibrant new blue pigment that is not only easy to manufacture and non-toxic (like YInMn) but also cheaper.
In 2009, a chemist at Oregon State University named Mas Subramanian and his team discovered a new blue pigment named YInMn Blue after the elements of which it was created; a mixture of yttrium, indium and manganese oxides. This pigment was approved for commercial use in 2017 and now finally approved for artist paints in 2020. YInMn Blue is the first new inorganic pigment in over 200 years. The color space it occupies is somewhere between Ultramarine and Cobalt Blue.
For a limited time, these sizes will be available without a Custom Lab Fee. If larger sizes are desired, it can be ordered through our Custom Lab and our standard Lab and Mixing Fees will be applied. Ordering information can be found at this link: _releases/new-yinmn-blue
We only publish a print version once every two years now, but publish article every month on this website.For information about ordering the YInMn Blue paints, please fill out the survey ar this link: _releases/new-yinmn-blue
_______ *If you are interested in seeing examples of the colors that might one day be possible, take a look towards the bottom of this article: -world/chemist-mas-subramanian-on-the-incredible-discovery-of-yinmn-blue-973700
Something similar to this has animated the excitement over the discovery of a new blue in 2009 by chemist Mas Subramanian and his team at Oregon State University. Since then, we have received many inquiries and questions: Have we heard about it? Will we make it available to artists? What does it look like? Below we try to provide some answers as well as images of the color in both acrylics and oil.
First, what exactly is this new color? Named after the elements it is made from, YInMn Blue is a complex inorganic pigment created from a mixture of yttrium, indium and manganese oxides. By altering the amount of manganese in the crystal, the color can run from a bright blue all the way to black. In addition, the Oregon team continues to explore how swapping various minerals in place of manganese might lead to additional colors. For example, by using combinations of zinc, titanium, iron, and copper, among others, they have managed to create a variety of purples, yellows, browns, as well as a green and orange. While these additional possibilities remain a ways off, it still seems likely that the initial discovery of a singular blue might lay the groundwork for an expanded range of future colors.
Thanks for this! Also, we need to remember this is a manganese blue which is safer to produce, safer to use, and very permanent. I predict the price will come down, just as ultramarine did when a process for synthesizing it was developed.
Thanks for the comment. We do not anticipate this making its way into an architectural interior paint anytime soon as it is extremely expensive and really its main allure is less about a unique color space than its limited IR reflectance and strong UV absorption. As you rightly point out, other blues or blends that are available can emulate this color very closely and are far cheaper. That said, we do recognize there is a natural curiosity whenever a new pigment is invented, so we will continue to monitor its availability and, once approved for sale by the regulatory agencies, offer it to artists who might still be interested.
On this #TechTuesday, we're taking you behind the scenes of our Custom Lab as we make the first batch of Heavy Body YInMn Blue. We're really excited to be working with the first new inorganic blue in 200 years. See link for more info: #goldenpaints
YInMn Blue, or "MasBlue" as it is commonly referred to at Oregon State University, is a serendipitous discovery of a bright blue pigment by scientists led by Mas Subramanian at OSU while researching materials for electronics applications. The pigment contains the elements Yttrium, Indium, Manganese, and Oxygen.
In May 2012, the Subramanian team received a patent with the U.S. Patent Office for the new pigment (US82822728). Shepherd Color Co. subsequently entered into a non-disclosure agreement with Oregon State and began rigorous testing of the pigment. They concluded that the increased UV absorbance and stability in outdoor weathering and heat buildup tests demonstrate that YInMn blue is superior to Cobalt Blue (CoAl2O4). In addition, the high solar reflectance (compared to similarly colored pigments) indicates that this "cool pigment" can find use in a variety of exterior applications by reducing surface temperatures, cooling costs, and energy consumption. As a result of this testing, Shepherd Color Co. has licensed the patent for commercialization efforts.
In the Middle Ages, they used Lapis Lazuli, which is very expensive. There was recently a competition to make synthetic Lapis Lazuli, but the last blue that was discovered was cobalt blue, back in 1802. There are only a handful of blue pigments known. 041b061a72