Calcium Stearate
Why Calcium Stearate
Calcium stearate is one of the most important components in the rubber and plastics industry. As one of the production materials for metal soaps, calcium stearate is a very important substance for those involved in industrial firms. Known for its water resistance and difficult dissolution, it is preferred in multiple fields. Our compound, formed by the combination of stearic acid and calcium oxide, is synthetic and in powder form. It is a substance with a silky touch. In the rubber field, it functions most often as a lubricant. They are preferred to prevent caking in the work areas where they are used, ensuring excellent results. If you also need this substance, you can visit the href=" target="_blank"> address.
It is used in the production of construction materials to balance plaster and water insulation.
Areas of Use for Calcium Stearate
Calcium stearate is very popular due to its insolubility in water and its water-repellent properties. This substance, which is white and in powder form, is definitely not harmful to human health. In addition to water resistance, it is also highly resistant to solvents such as alcohol-based solvents, acetone, and ether. It is used as a stabilizer in various processing steps, a thickener for product surfaces, and a lubricant for ease of processing. In addition to these additional properties, it exhibits professional heat resistance to prevent color fading and a hazy matte appearance in the products where it is chosen. It maintains its structure with superior strength even at high temperatures.
You can find calcium stearate as a first choice in many fields such as cosmetics, the pharmaceutical industry, the plastics industry, food, industry, and cabling products. We constantly use the substance frequently preferred in all these areas in our daily lives. Our substance, found in products like water-resistant lipstick and mascara that you use, can be used with ease as it is not harmful to human health. However, the form we use most often is soaps.
