How Much Brew Glitter Should I Use
Our food grade Brew Glitter® products are the perfect compliment for cocktails, beer, spirits, wine, champagne, tea, ice coffee, soda, lemonade & any other alcoholic or non-alcoholic beverage you can think of! But the question of "how much should I use" or "how much do I need" are questions that always get asked! Below you will find helpful measurement guidelines and links to "easy to use calculators" based on what beverage or drink type you plan to use!
Everyday Use by the Glass And Simple To Use Calculators
For the everyday consumer who is looking to simply pick up one or two of our standard size "4 GRAM JARS" - you will be happy to know that a little goes a long way! One of our standard 4 GRAM jars will yield approx 15-20 standard 5 oz cocktail drinks! Below are a couple of simple calculators to help you out, or check out our easy to read Brew Glitter® drink chart diagram below;
- If your are throwing an event or party and know how many guests and drinks you will be serving, click here
- If you are ordering from our BULK sizes and want to know much it will yield, click here
How Do I Add The Brew Glitter Product To My Drink
Simply add a couple of pinches of Brew Glitter® to your favorite beverage using a small spoon or simply shake a little into your drink and watch your drink shimmer, swirl & glitter! With a couple pinches of Brew Glitter® everyone at your party, wedding, brunch or dinner event will be amazed - it's that cool of a product!
Do You Recommend The Jars, Shakers Or Spray Bottle For A Bar Application?
What Is Brew Glitter Made Of
All of our Brew Glitter® and Brew Dust® products contain various mica powder pigments and go through a specific manufacturing process allowing the mineral to be edible & consumable while meeting FDA codes & regulations. Common ingredients in our edible glitters or dusts include Dextrose, Color Additives including food grade Mica Based-Pearlescent, FD&C Colors & Cornstarch. To see the specific ingredients for any specific color, please click here.