Clary Sage Essential Oil
Clary Sage Oil - Salvia sclarea (15mL)
With uses dating back to the Middle Ages, Clary Sage essential oil includes relaxing and soothing properties that help with rejuvenation and calming of the skin.
***This oil is used in our Savasana Bath Soaks***
- Promotes healthy-looking hair and scalp
- Promotes a restful night’s sleep when taken internally*
- Calming and soothing to the skin
Woody, herbal, coniferous
Linalyl acetate, linalool
Clary Sage is a biennial or perennial herb that grows up to six feet in height. Clary Sage oil is known for its calming properties and benefits to the skin. The main chemical component of Clary Sage is linalyl acetate, part of the esters group, making it one of the most relaxing, soothing, and balancing essential oils. In the Middle Ages, the Clary Sage plant was frequently used to soothe skin. Inhaling Clary Sage essential oil adds to a relaxing environment, and internal use promotes a restful night’s sleep.*
- Rub three to five drops of Clary Sage oil on the abdomen for a soothing massage.
- Combine with Roman Chamomile and add to bath water for a stress-relieving bath.
- Add to shampoo or hair conditioner to promote healthy hair and scalp.
- Combine with a carrier oil to massage, soothe, or rejuvenate skin.
Directions for Use
Diffusion: Use three to four drops in the diffuser of your choice.
Internal use: Dilute one drop in 4 fl. oz. of liquid.
Topical use: Apply one to two drops to desired area. Dilute with a carrier oil to minimize any skin sensitivity.
Possible skin sensitivity. Keep out of reach of children. If you are pregnant, nursing, or under a doctor’s care, consult your physician. Avoid contact with eyes, inner ears, and sensitive areas.
CPTG® Quality Testing
Essential Oil Purity: CPTG® Quality Testing
Are doTERRA Oils Pure?
The purity of an essential oil is its most important characteristic. When an essential oil is adulterated or contaminated, it becomes less effective and can even be dangerous. Above all else, purity is doTERRA’s first priority when producing essential oils.
How Does doTERRA Make Sure Their Essential Oils Are Pure?
From the beginning, we’ve made it our mission to share pure, quality essential oils with the world. However, without a definitive standard for essential oil purity, doTERRA decided to set the standard for purity in the essential oil industry.
Not all essential oil companies choose to enforce high testing standards for their oils. In fact, many companies skip important steps in the testing process in order to save money or time. Unfortunately, when proper testing measures are not taken, it’s impossible to ensure that an essential oil is truly “pure.”
To ensure that each bottle of essential oil is pure and free from contaminants or synthetic fillers, doTERRA created the CPTG Certified Pure Therapeutic Grade®protocol. The CPTG process includes a rigorous examination of every batch of oil, along with third-party testing to guarantee transparency.
Some people ask, “Does essential oil purity really matter?” Or, “What happens if I use essential oils that aren’t pure?”
The answer is yes—essential oil purity matters. If you use an oil that has been adulterated, contaminated, or loaded with synthetic fillers, you will not receive the full natural benefit of the plant. And in some cases, low-quality oils can even be dangerous and pose serious threats to your health.
This is why doTERRA cares so deeply about essential oil purity. If you use an impure oil, it can be difficult to feel the benefits of the oil and can possibly put your health at risk. However, when you use pure, unadulterated essential oils, they’ll be more effective, and you can stay within the bounds of safe use.
How to Know If Your Essential Oils Are Pure
How can you tell if your essential oils are pure? Before you buy essential oils, do a little research to find out how essential oil companies source, produce, and test their oils.
Here are a few questions to ask during your research:
- Plant quality: Does the company use high-quality plants to produce their essential oils? Are chemicals and pesticides used in plant care?
- Production practices: Does the company have safety procedures in place to guard against contamination during the production process? Are oils adulterated or are synthetic fillers added to cut costs?
- Testing methods: Does the company test each batch of essential oil? Is impartial, third-party testing used? Are test results available to the public?
- Storage and handling: Are the oils carefully processed, packaged, and stored to avoid chemical alterations caused by exposure to heat or light? (Amber bottles are typically the best option for essential oil storage.)
Ensuring Essential Oil Purity: The CPTG Process
doTERRA begins the CPTG testing process shortly after distillation, when each oil is reviewed for its chemical composition. The doTERRA production facility carries out a second round of testing to ensure that the oils distilled and tested during the first round are the same ones that arrived at our facility. A third review of the chemistry of the oils is conducted as the oils are packaged into the bottles before they’re shipped out to consumers.
Each test confirms that our essential oils are free of contaminants and that no unexpected alterations occurred during production.
8 Ways to Know That doTERRA Essential Oils Are Pure
The CPTG quality testing process includes eight main steps to guarantee that every batch of doTERRA essential oil is pure, unadulterated, and safe for use.
Here are the tests doTERRA uses to ensure essential oil purity:
- Organoleptic testing
- Microbial testing
- Gas chromatography
- Mass spectrometry
- Fourier-transform infrared spectroscopy (FTIR)
- Chirality testing
- Isotopic analysis
- Heavy metal testing
Organoleptic testing involves the use of our human senses, specifically sight, smell, taste, and touch. To expert distillers, the senses are used as the first line of quality testing to provide immediate clues as to the acceptability of a product. An oil that has an unusual smell, uneven consistency, or strange color instantly tells the distiller that something is wrong. Often times, this testing is used as a preliminary quality control step before any other tests are conducted.