PersianUtab Company is engaged in the Sale of original Korean propylene glycol and is a supplier company in the field of food raw materials, medicine, cosmetics, detergents, etc. We have a professional team of highly reputable specialists to guarantee the quality of products, whose task is to guarantee the quality and safety of all goods that are provided through our company. Original Korean propylene glycol is used for medical, food and cosmetic applications that meet strict standards. Products for medical products manufactured in accordance with USP, European, Japanese and Chinese regulations as well as US Food Codex. Used for many purposes in medical, food and chemical products. PGF (Food Grade Propylene Glycol) is mainly used for Korean food products. SKC is the only company in Korea that produces PO. SKC, a world-class advanced materials expert, has realized its customers’ dreams by exploring new challenges and seeking change to move towards an environmentally friendly green company with innovation. UPI has historically sold propylene glycol and dipropylene glycol to the food, aromatic, cosmetic and pharmaceutical sectors it serves. PO is a highly reactive liquid that mixes well with most organic solutions. It is the basis for making PG for medicine, food and cosmetics, as well as for making polyurethane polyols used in furniture, cars and electronics.
Used as a solvent for medical, oral as well as injectable products.
Solvent for cosmetics, binder, emollient, moisturizer. In perfume is a solution and additive, perfume and cologne.
Used as coloring, emulsifier, solvent for antioxidant, moisturizer, solvent for cooling (refrigeration / freezing) in food. Propylene glycol (PG) is a relatively non-toxic liquid and is actually a colorless, odorless and tasteless substance. PG is used in various applications due to its high solubility in a wide range of materials. SKC is producing various types of PG and meets customer requirements with precise quality control and production management. Monopropylene glycol (MPG) and dipropylene glycol (DPG) are derivatives of propylene oxide. PG and DPG are traditionally used as moisturizers, as a carrier and of course as a solvent.
MPG and DPG are produced in a two-step process. The first stage is the reaction of propylene oxide with water to a mixture of MPG and DPG and the second stage is distillation and Sale of original Korean propylene glycol purification of the mixture into two separate components Everything we need to know about propylene glycol.
MPG is the largest volume of propylene glycol. It is a colorless, viscous, odorless liquid. It is highly moisturizing and miscible in all ratios with water, alcohols, esters, ketones and amines. It has limited mixing with halogenated hydrocarbons and cannot be mixed with aliphatic hydrocarbons. The most important end use of MPG is in the production of unsaturated polyester resins, which in turn are used to make everyday items such as bathtubs, small boats, and tanks and chemical water pipes. Other end uses include paints and coatings, aircraft antifreeze / defrost, industrial antifreeze and coolants, detergents, hydraulic fluids and cosmetics.
DPG is also a colorless, moisturizing liquid that can be mixed with water in any ratio and is highly soluble in most organic solvents. DPG end applications include unsaturated polyester resins, fabric softeners, alkyd resins, cosmetics and polyurethane.
Factors affecting the fate and behavior of propylene glycol in the terrestrial environment are pH, organic matter, clay content, cation exchange capacity, aeration and texture. The major processes that determine the mobility and distribution of propylene glycol in the terrestrial environment are divided into surface and groundwater due to their high solubility in water as well as rapid degradation and biodegradation. Soil evaporation and uptake are fateful processes of only minor importance. Propylene glycol has an almost half-life in soil due to its biological decomposition equal to or less in water (from 1 to 5 days). However, the rate of degradation will vary according to soil characteristics, temperature and other environmental conditions.
Propylene glycol is highly soluble in water and is easily metabolized by higher microbes and organisms. The biodegradation process requires oxygen. Therefore, the concentration of dissolved oxygen (DO) in the receiving water may be negatively affected after the high release of propylene glycol. Corrosion inhibitors may also have adverse effects on biodegradable microorganisms, thus slowing down the degradation process.
Due to its high solubility and low vapor pressure, propylene glycol is not expected to evaporate easily from air to water. If released into the atmosphere at high temperatures, propylene glycol must be present almost completely in the vapor phase and undergo rapid photochemical oxidation. The half-life of this reaction is estimated at 20 to 32 hours. Contact the sales team of PersianUtab to buy the original Korean propylene glycol.