Etiket: #rose

Scientific data on the shelf life of de-oiled rose water produced during rose oil production—and the difference of Akita Unde-oiled Rose Distillate Rose water is often considered a natural product that can remain stable for many years. However, scientific research shows that not all rose waters have the same composition, production method, or storage stability. To understand the shelf life of a rose water product, we should first ask an important question: Is it the aromatic water remaining after rose oil has been separated, or was the rose distillate produced as the primary product without removing its naturally occurring rose oil? This distinction matters because the production method may influence the product’s chemical composition and behavior during storage. How Is Rose Water Produced During Rose Oil Production? When Rosa damascena flowers are distilled with water and steam, volatile compounds from the flowers travel with the steam. After cooling, the vapor condenses back into a liquid. The resulting distillate may contain two phases: An aqueous phase A volatile rose oil phase In traditional rose oil production, the primary objective is to obtain rose oil....

When choosing a roll-on deodorant, most people look at its scent, freshness, or packaging. However, one of the most useful clues about the product is found on the back label: the ingredient list, also known as the INCI list. Cosmetic ingredients are generally listed from the highest to the lowest concentration. This means that the first ingredient usually makes up the largest portion of the formula and forms its main foundation. So, why does that matter? Most Roll-On Deodorants Begin with Water The ingredient list of many roll-on deodorants begins with Aqua (Water). Water helps dissolve and distribute the other ingredients evenly. It also gives the product the right consistency and allows it to spread easily across the skin. Using water in a cosmetic formula is completely normal. However, some thoughtfully designed formulations use a botanical distillate in place of ordinary water. What Is a Botanical Distillate? A botanical distillate is a liquid obtained by distilling plants such as rose, lavender, chamomile, or orange blossom. During distillation, steam carries some of the plant’s naturally occurring aromatic compounds into the resulting liquid. For this reason, a botan...

Before sunrise, while the Isparta countryside is still cool and quiet, rose growers begin gathering delicate pink blossoms by hand. The flowers they collect belong to Rosa damascena—the fragrant oil-bearing rose for which Isparta has become internationally known. But what makes this rose so valuable? Its importance cannot be explained by fragrance alone. The botanical variety, growing environment, harvest time, speed of processing and distillation method all influence the character of the resulting rose oil or rose distillate. To understand the Isparta Rose, we must therefore look beyond the flower and examine the complete journey from field to finished ingredient. What Is the Isparta Rose? The name “Isparta Rose” generally refers to Rosa damascena Mill., an aromatic rose cultivated in and around Isparta, Türkiye. It is also commonly known as: Damask rose Oil-bearing rose Rose of Isparta Turkish oil rose Rosa damascena is valued primarily for the aromatic materials contained within its flowers. These materials can be transferred into rose essential oil and the water phase created during distillation. The flowers are typically pink, densely petalled and in...

When choosing a roll-on deodorant, most people focus on its fragrance, how long it lasts, or the design of the packaging. However, one of the most important indicators of a product's formulation is often found on the back label, its INCI ingredient list. In cosmetic products, ingredients are generally listed in descending order by weight. This means the first ingredient represents the largest portion of the formula and forms the foundation of the product. So why does the first ingredient matter so much? Most Roll-On Deodorants Are Primarily Water-Based If you examine the ingredient lists of many roll-on deodorants, you will notice that the first ingredient is Aqua (Water). There is a good reason for this. Water serves as the primary solvent and carrier in cosmetic formulations. It helps dissolve ingredients, creates the desired consistency, and provides the liquid phase that allows the formula to function properly. In other words, water forms the structural base of many cosmetic products. Today, however, some premium formulations take a different approach. Can the Carrier Phase Be Botanical Instead of Water? Yes. Rather than using water as the primary ingredient, som...

Rose Oil vs. Rose Water: Is There a Frequency Difference? Why AKITA's Non-De-Oiled Rosa Damascena Flower Distillate May Exhibit a Richer RF Fingerprint Than Rose Essential Oil Key Takeaway For decades, the discussion has focused on the reported 320 MHz frequency of Rosa damascena essential oil. Almost nobody asked whether rose water itself has a measurable RF fingerprint. Our research began with that simple question—and the answer surprised even us. Introduction If you search online for the phrase "rose oil frequency," you will quickly encounter one familiar number: 320 MHz. Whether this value is interpreted literally or symbolically, it has long been associated with Rosa damascena essential oil. However, this raises an interesting question. If rose essential oil has been discussed for decades from a frequency perspective, what about rose water? Surprisingly, almost no one has explored this question scientifically. Even more intriguing is another possibility: What happens when the natural rose oil is never removed from the distillate? Until we began our RF Fingerprint™ research,...

What Is RF Fingerprint? Understanding the Scientific Identity of Natural Products Through Multi-Frequency Analysis Could Natural Products Have Their Own Fingerprints? Imagine arriving at an airport. Instead of showing your passport, you simply place your finger on a scanner. Within seconds, the system recognizes you—not because of your name, your photograph, or your nationality, but because your fingerprint is unlike anyone else's. A fingerprint is more than just a pattern. It is a unique identifier. Now imagine applying the same idea to nature. Could a bottle of Rosa damascena flower oil, a lavender essential oil, or a botanical distillate also possess a unique identity? Not a fingerprint made of ridges and lines, of course, but a distinctive scientific profile that reflects how the material behaves under carefully controlled laboratory conditions. This question has become increasingly relevant as analytical technologies continue to evolve. For decades, researchers have relied on chemical analysis to understand natural products. Techniques such as Gas Chromatography–Mass Spectrometry (GC-MS) have made it possible to identify hundreds...

From the 320 MHz Hypothesis to a Multi-Band RF Fingerprint: New Findings from the AKITA Rosa Damascena Flower Oil Study Broadband S11 analysis reveals that AKITA Rosa Damascena Flower Oil exhibits a reproducible multi-band RF fingerprint spanning 288–322 MHz, providing a broader scientific perspective beyond the traditionally referenced 320 MHz frequency. Scientific knowledge advances through observation, measurement, and refinement. As new data become available, existing hypotheses are revisited, expanded, and strengthened. Our latest broadband RF (Radio Frequency) investigation of AKITA Rosa Damascena Flower Oil follows this scientific principle. Rather than focusing on a single frequency, the study explores the product's electromagnetic behavior across a wide frequency spectrum using standardized S11 measurements. The findings suggest that the electromagnetic identity of AKITA Rosa Damascena Flower Oil is better represented by a multi-band RF fingerprint than by a single natural frequency. Why Revisit the 320 MHz Hypothesis? For many years, 320 MHz has frequently been associated with Rosa Damascena essential oil in various publications and discussions. While this refere...

Is Rose Oil Really 320 MHz? What New Scientific Research Reveals Beyond the 320 MHz Claim: A New Perspective on the RF Fingerprint of Rosa damascena Flower Distillate For many years, one statement has been widely shared across aromatherapy and natural wellness communities: "Rose vibrates at 320 MHz." This claim has become one of the most frequently repeated facts about Rosa damascena, often presented as evidence of the flower's unique energetic properties. But where did this number come from? Does it apply to all rose-based products, including rose water? And what happens when modern radio-frequency (RF) analysis is used to investigate this long-standing claim? A recent exploratory study offers a different perspective. Rather than identifying a single dominant frequency, researchers observed that a non-de-oiled Rosa damascena flower distillate exhibited a reproducible multi-band RF fingerprint across a broad frequency range. Where Did the 320 MHz Claim Originate? An important distinction is often overlooked. Historically, the widely quoted 320 MHz value has generally been associated with Rosa Damascena Flower Oil, the essential oil obtained during steam distillatio...

Can the Value of Rose Oil and the Elegance of Rose Water Exist Together? Rose water has been one of the world's most trusted natural skincare ingredients for centuries. Used across cultures for beauty, wellness, and personal care, it remains a staple in modern skincare routines. Today, however, consumers are asking new questions: What is Non-Deoiled Rose Water? Can the valuable aromatic compounds associated with rose oil also be present within a rose distillate? Why is Akita's Non-Deoiled Rose Water different from traditional rose water? The answers begin with understanding the science of rose distillation. Why Is Rose Oil So Valuable? Rosa Damascena, often known as the Damask Rose, is one of the most prized aromatic plants in the world. Scientific research has identified several key aromatic compounds that contribute to the characteristic profile of rose oil, including: Citronellol Geraniol Nerol Farnesol Linalool Phenethyl Alcohol These naturally occurring aromatic molecules help create the distinctive scent and identity of the rose. For centuries, rose oil has been valued by the fragrance, cosmetic, and wellness industries because o...

Innovation in Skincare Starts with Ingredients In today’s skincare industry, innovation is no longer defined only by packaging or marketing claims. True innovation begins at the ingredient level, how it is produced, preserved, and delivered to the skin. Akita Rose Water has positioned itself at the center of this shift by redefining how rose water is created and used in modern botanical skincare. Rose Distillate as a Recognized INCI Ingredient Rose distillate is increasingly recognized within the skincare industry as a distinct and valuable ingredient. As an INCI-accepted name, rose distillate represents more than traditional rose water, it reflects a refined botanical process designed to preserve the natural integrity of the rose. This recognition allows rose distillate to be positioned transparently in formulations, supporting clean beauty standards and ingredient clarity for conscious consumers. The Invention of Non-Deoiled Rose Water One of Akita’s most significant contributions to botanical skincare innovation is the development of non-deoiled rose water. Unlike conventional rose waters that are often deoiled during processing, Akita’s method preserves the natural...