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Product Name | Neroli Hydrosol |
ICNI Name | Citrus Aurantium Amara Flower Distillate Water |
CAS NO | 72968-50-4 |
Appearance | Clear colorless to slightly cloudy liquid |
Odour | Sweet, citrus, herbaceous-floral aroma |
Plant part used | Flowers |
Volume | Trial size / Industrial Size / Retail Size / Promotional Size.And also Available bulk packaging. |
Unique features | Cooling and refreshing, Anti-acne, Balance water and oil |
Storage | Perishable hence refrigeration required. Keep in a cool dry place away from sunlight. |
MOQ | 1000pcs |
Sample | Free sample is available, you need to pay the freight, but it will refund once you confirm the order. |
Main Clients | Wal-Mart, Amazon, Ebay, cosmetics company, beauty salon and spa |
Service | OEM/ODM/Private Label, bulk pack purchase |

More Hydrosols Available | ||||||||
Jasmine | Tea tree | Peppermint | Lavender | Chamomile | ||||
Citronella | Eucalyptus | Neroli | Lemon | Camellia | ||||
Thayers | Rosemary | Purslane | Centella | Aloe | ||||
Hydrosols, also known as "flower waters," or “hydrolates” are produced by distilling fresh plant materials including leaves, fruits and flowers. These distilled aromatic waters have therapeutic properties similar to essential oils, but are much less concentrated. Their aromas are often light and subtle when compared to their essential oil counterpart. They retain a minute amount of essential oil compounds (around 0.3 grams/liter) - particularly the gentler, more hydrophilic aromatic esters and alcohols - hence are unlikely to cause skin irritation. Offering unmatched skin care benefits and mood uplifting aromatherapy properties; they make amazing single ingredient perfumes, deodorants, facial toners, air fresheners, and aromatherapy sprays.
Ideally, hydrosols should be stored in the refrigerator. If you don't have room in your fridge, keep your hydrosols stored in a dark location that is kept at a cool, consistent temperature.
Essential oils are concentrated volatile (quickly evaporating) aromatic compounds found in the leaves, seeds, stems, roots, bark, flower and other parts of the plant. They are responsible for giving the plant its characteristic odour and carry within themselves the therapeutic power of the plant. They occur in such a highly potent form that even a single drop of the essential oil is equivalent to multiple cups of the dried herb from which it was extracted (for instance, a single drop of peppermint oil is extracted from 25 cups of peppermint leaves making the oil up to 75x more potent compared to their dried herbal counterpart). Essential oils have been extensively used for over thousands of years across various cultures for their therapeutic and medicinal benefits.
Yes, we can provide free photograph for all the orders by our professional photographer and equipment.
Steam Distillation: This is the most common process for extraction of essential oils. In this method, steam is passed through the plant material, vaporizing the volatile aromatic compounds which are then condensed back to liquid and then collected in the receiving vessel.
Cold Pressed: This extraction method is predominantly used for citrus fruits like orange and lemon where the essential oil is stored inside tiny pockets of the peel or rind of the fruit. Oils extracted by cold pressing are the most volatile of essential oils and can evaporate quickly when exposed to air.
Solvent Extraction: Flowers too delicate to be processed with heat or pressure are soaked in a spirit of solvent that extracts the volatile elements. The solvent is then evaporated at high temperatures, leaving only the most fragrant constituents behind. This process produces what is called an "absolute".
CO2 Extraction: The CO2 extraction method yields a greater number of aromatic compounds than any other distillation process. In certain conditions at a low temperature Carbon Dioxide or CO2 can be pressurized to become a liquid. This liquid then acts as a solvent and is used to extract the oil from plants. After extraction is completed, the extraction vessel is brought back to normal temperature and the CO2 rapidly converts to gas leaving behind a high quality oil that is free of solvents.
Besides manufacturing a major proportion of our products ourselves, we procure the remaining from certified and ethical essential oil producers across the world. At Paras, we’ve created long-standing direct buying relationships with farmers and essential oil vendors, and we purchase these oils in large quantities that qualify for bulk discounts, which we then are able to pass on to our customers.










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