Mixing Instructions, Storage & General tips

Measuring and mixing materials to make a perfume

Who made it or batch/sample number if you really want to be professional Quantity made. The date.
Like so:

Rose Perfume
Ros00012-99
(Batch/Sample AB-123)
25 drops          4.4.2020

Please watch these 2 videos if you are ordering for the first time.

Unpacking kits and opening glass bottles.

Opening Aluminium Bottles

Storage and General Tips.

Please note that the rubber teats on our dropper bottles are designed for active use and on long term storage will decay. Keep in a cool room below 20C. If kept above 25C the decay may be very rapid especially with citrus, aldehyde, terpene and woody oils. Tips:
    1. Visually check the rubber teats each month and swap out if there any signs of discoloration, hardening, softening or swelling.
    2. Ideally replace the inner caps supplied while not in use.
    3. If storing away between uses, use polypropylene boxes (PP   “05” like Tupperware).
    4. Keep only similar smells together in the same box eg. Citrus with Citrus, Spice with Spice etc, to help lessen the effects of contamination.
    5. Units used
    6. Why we use weight for ordering? Perfumer’s World Arabia uses weight, not volume (ml, cc, litres), as volume changes with temperature. We ship all over the world from Dubai where it can be +50C to even places like Canada where it can be -40C, a 90 degree Celcius difference, so volume changes a lot but the weight remains the same.
    7. Counting Drops or weighing using a scale?
    8. Counting drops is a very quick and easy way to experiment, test and prototype ideas and only uses tiny amounts of material. 1 drop from our glass droppers in the 5 and 12ml bottles is around 0.02 grams meaning that you get around 500 drops from 10 grams. However, when you upscale and make perfume commercially we urge you use only weight to measure your materials. 1ml or 1cc = 1 gram* 10 grams = about 1/3 oz, 10ml* 1 oz. = 28.4 grams 1 lb. = 454 grams
    Note: Actually 1 gram of most oils and materials is slightly more than 1ml that’s why they float on water. There are a few exceptions like heavy solvents such as BB, BA, DPG, DEP. The exact calculation is determined by the density/specific gravity. (Specific Gravity = Weight / Volume at 25*C)
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