![]() In sunscreen products (skin creams, lotions and foundations with sun protection factor, SPF) they reduce the tackiness of organic sunscreens, boost the SPF and increase the water repellency.In skin care products (creams, lotions, and anti-aging serums, acne treatments, etc.) they add a silky-smooth feel to the skin and mask fine lines to deliver the attributes of a healthier and more youthful appearance. ![]() In hair care products (shampoo and conditioners, shine sprays and frizz serums, etc.) they provide superior conditioning, add shine, control frizz, and provide easy detangling and protection from further damage.Here are five places where you perhaps did not expect to find silicone as a product-enhancing material: Silicones are polymers that contain silicon, combined with carbon, hydrogen and oxygen and, in some cases, other elements. Typically, heat-resistant and rubber-like, they are present in sealants, adhesives, lubricants, medical applications, personal care products, cookware and insulation. Silicones are inert synthetic compounds that come in a variety of forms (including oil, rubber and resin). A high percentage of these use silicones in their formulations to enhance their efficacy in a wide variety of applications.Įlkem has a long history in delivering sustainable silicone products to the personal care and cosmetic products industries, leveraging on more than 70 years of the proven performance of silicones to help our customers delivering their potential. Printing and papermaking for lubrication and as an antistatic agent.Įvery year, hundreds of thousands of personal care and cosmetic products are launched worldwide.Perlite, vermiculite and clay and other building materials to improve water repellency and protect against dampness.Textile finishing to enhance feel, water repellency and reduce the need for ironing.Car polishes and household cleaners to improve protection, resistance, gloss and spreadability.Food trays and plastic serving dishes as release agents.Rubber and plastics as release agents and lubricants.Silicone emulsion-based food papers can be used in all types of cooking, including baking, pan-frying and steaming The uniform distribution of a thin layer of silicone onto substrates gives efficient non-stick performance improving hygiene, reducing food waste and aiding efficiency in both industrial and home cooking applications. Silicone emulsions are easy to use and apply, are more environmentally friendly than solvent-based systems and, being water-based do not generate additional health hazards in the workplace. For example, baking and cooking paper manufacturers use emulsion silicones for coatings to replace other coating types including solvent containing formulations. milky) macro-emulsions with particle sizes from 100 nm to several µm and clear or opalescent micro-emulsions, with particle sizes below 100 nm. Why use silicone emulsions? A distinction is made between opaque (i.e. Silicone fluids are commonly used in the form of aqueous emulsions, which may be further diluted with water. High percentage solid versions supplied as concentrates, for dilution with water prior to use, reduce transport costs and the space required for their storage. The physical characteristics of these emulsions can be altered by using different polymers to modify their viscosity if needed. Most emulsions are non-ionic, making them compatible with either of the other two systems but, depending on the application, cationic or anionic emulsions may be preferable. they can be anionic, cationic and non-ionic. They can be divided into three groups, depending on the type of emulsifier system used, i.e. Silicone emulsions are insoluble silicones evenly dispersed in water with the aid of an emulsifying surfactant. Their other advantage is that preparation is simple: Polydimethylsiloxane (PDMS) oils are dispersed (emulsified) in an aqueous system (and they are particularly practical since they are easy and safe for the end user to handle, apply and dilute. Emulsions are therefore ideal for surface treatment applications since they are less viscous than the oils they are delivering. The various components in emulsions (the carrier, typically water, the silicone, and its emulsifiers) do not react with one another, nor do they react with the surfaces that they are applied to. The aim of silicone emulsion formulation is to improve & facilitate the product's presentation, processing and efficiency. ![]() The high viscosity of certain silicone oils can be effectively reduced by their emulsification. ![]()
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