DiPropylene Glycol is a high-purity product, designed for use in odour-sensitive applications. The material, a distilled product with purity greater than 99.5%, is a liquid that is practically odourless, colourless and water-soluble.
Is our DiPropylene Glycol Kosher and Halal certified?
Yes, our DiPropylene Glycol is Kosher and Halal certified from our manufacturer.
What are the main applications of DiPropylene Glycol?
DiPropylene Glycol is used for fragrance, cosmetics and personal care products.
Where is Ingredient Depot’s DiPropylene Glycol manufactured?
Our DiPropylene Glycol is manufactured in North America.
The product listed herein is sold to business, commercial and industrial customers. Customers should purchase this product from Ingredient Depot with a clear understanding that this product is strictly intended to business, commercial and industrial customers.
Customers must be at least 21 years old to order this product, and must possess the knowledge regarding toxicity, health hazards, and all regulations required to buy, import, store, use and dispose of this material.
The user of the product is solely responsible for compliance with all laws and regulations applying to the use of the products, including intellectual property rights of third parties. Ingredient Depot, nor any other corporation, or payment processor shall be held responsible for any damages to property or for any adverse physical effects (including injury or bodily harm) caused by insufficient knowledge or the improper use of a product.
The information on the Ingredient Depot website is obtained from current and reliable sources but makes no representation as to its comprehensiveness or accuracy. Nothing contained herein should be considered as a recommendation by Ingredient Depot as to the fitness for any use. As the ordinary or otherwise use(s) of this product is outside the control of Ingredient Depot no representation or warranty, expressed or implied is made as to the effect(s) of such use(s) (including damage or injury), or the results obtained using DiPropylene Glycol.