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Revolutionize your product's radiance with Du Organics Benzylidene Acetone– Setting a higher standard in #electroplating quality. Illuminate brilliance, elevate excellence. 💫🔗 #DuOrganics #PrecisionChemistry #BenzylideneAcetone

Green and Bio-based Solvents Market is anticipated to expand at a CAGR of about 7.8% by 2030. Read More - https://t.ly/nRHU7 D-limonene’s segment market value was predicted to rise from an anticipated USD 480 million in 2021 to over USD 700 million by the end of 2030. #solvents #greensolvents #biosolvents #esters #alcohols #diols #glycols #dlimonene #marketinsights #ihrinsights

Schiff bases, named after Hugo Schiff, are compounds with the general structure R1R2C=NR' (where R' ≠ H), classified as a subclass of imines. These organic compounds are formed through a condensation reaction between an aldehyde or ketone and a primary amine, yielding water as a byproduct. In the fragrance industry, amines like methyl anthranilate and ethyl anthranilate are commonly combined with aldehydes, such as hydroxycitronellal, to form Schiff bases, a notable example being Aurantiol. The significance of Schiff bases lies in their contribution to enhancing the chemical stability and tenacity of the aldehyde component, making them less reactive and volatile than free aldehydes. This slows down the loss of the aldehyde through chemical reaction and evaporation. Furthermore, hydrolysis of a Schiff base releases both the aldehyde and methyl anthranilate, both of which have intense odors, creating long-lasting fragrance compositions. The formation of a Schiff base from methyl anthranilate results in the darkening of its pale yellow color due to a hypsochromic shift, affecting the color of the final fragrance product. This information is crucial for perfumers, who can utilize the reaction to create targeted materials with extended longevity. Understanding the ingredients is essential for producing quality perfumes. #schiffbases #fragrancechemistry #hugoschiff #aurantiol #scentspirscy #hydroxycitronellal #chemicalstability #fragrancetenacity #fragranceindustry #organiccompounds #perfume #learnperfumery #aldehydes #ketones #perfumery #perfumecreation #fragrancelongevity #perfumeryinnovation #modernchemistry #perfumeingredients

BeriCos® HR INCI Name： Hexylresorcinol Alias：4-Hexylresorcinol，4-Hexyl-1,3-benzenedio CAS：136-77-6 EC#：205-257-4 Molecular formula：C12H18O2 Molecular weight： 194.27 g/mol Solubility：Soluble in most organic solvents. Slightly soluble in water. Appearance: White to off-white powder Odor: Slight special odor Purity: 99% Melting Range mm64 to 69 0C Moisture Content m≤ 1.0% Sulphated Ash m≤ 0.1% Resorcinol m≤ 0.05% Solubility: Water: Slightly sluble Ethanol: Soluble 

In this post we show why EcoMag's business model is far superior to other current brine recovery programs. https://lnkd.in/gK3f_SYi #magnesium #brine #processengineering #criticalminerals

Natural Preservation: The maltol-based natural and natural-like patented preservative solutions are perfectly capable of dealing with high oil and salt contents. SharoSENSE™ Plus 785 (Natural Maltol, Sorbic Acid, Sodium Benzoate) is COSMOS-approved. SharoSENSE™ Plus 181-N (Natural Maltol, Polyquaternium-80) conforms to green standards such as ISO16128. 🔸 Broad Spectrum 🔸Non pH dependend (ok 3-9) 🔸Low level of use 0.5-1% 🔸Compatible with cationic and anionic formulations 🔸Polarity index of log P = 0.09 🔸Excellent for SunCare (does not migrate to oil phase) Free from: Parabens, CIT/MIT, Formaldehyde donors, Phenoxyethanol, listed preservatives Ask us for further information.

Potassium carbonate (molecular formula: K2CO3), also known as potassium salt or pearl ash, is a white powder or colorless solid crystal with a salty taste and deliquescence. Soluble in water to form a strong alkaline solution. However, it is insoluble in organic solvents such as ethanol. It has a wide range of applications. For example, it can be used in laboratories as a desiccant, buffer, and source of potassium.

Acid Brown LRN We can provide Red Brown Fluffy Powder. the intensity is divided into the 100 color light of the standard,Acid Brown LRN（Acid Brown 14） is Brown powder or particles, tasteless Dissolve in water. Slightly soluble in ethanol. Soluble in water, soluble in ethanol is a red solution, slightly soluble in acetone, slightly soluble in ethanol, insoluble in other organic solvents, and the tone and quality can be adjusted according to the customer's requirements. #AcidBrown14 #AcidBrownLRN #AcidBrownLRN100% https://buff.ly/3Y7v7hI

We are proud to share the significance of our sulphate and 1,4-dioxane free Librateric Betaines, which have been designed to meet the highest standards in cosmetic formulation. These innovative ingredients are ideal for cosmetic chemists and formulators dedicated to creating safer, more sustainable products. Why Librateric Betaines? • Sulphate & 1,4-Dioxane Free: Ensuring safety for consumers and a positive environmental impact. • Sustainable Sourcing: Derived from natural, certified sustainable plant sources. • High Biodegradability: With a 99% biodegradation rate, they ensure minimal environmental footprint. • Formulation Flexibility: Low salt content (<0.5%) allows for more concentrated and effective products. • Premium Performance: Offers enhanced foam quality and sensory appeal, perfect for premium formulations. Discover more about the exceptional benefits and technical specifications of Librateric Betaines in our detailed brochure. #CosmeticChemistry #SustainableBeauty #SulphateFree #FormulationInnovation #GreenChemistry #PersonalCare #CleanBeauty #CosmeticFormulators #EcoFriendly 

Happy Halloween from #calacs to All Chemistry Enthusiasts! Here are some fun chemical facts relevant to this special time: - The bittersweet taste of dark chocolate owes its flavor profile to the presence of alkaloids like theobromine and phenylethylamine, which can impact mood and energy levels. - The decomposition of pumpkins involves enzymes breaking down cellulose and other organic compounds, releasing gases like methane and carbon dioxide, often causing them to cave in. - The luminescent glow of certain fungi, often associated with haunted woods, is due to a chemical reaction involving luciferase enzymes and luciferin molecules. - Ever noticed the unique scent of autumn air? It's a combination of volatile organic compounds being released from decaying leaves, like isoprene and terpenes. Here's to all the dedicated chemists who continually unravel the wonders of the molecular world.