Micronized

Micronized describes a process or state where a substance has been reduced to a very fine particle size, typically measured in micrometers (microns). This is achieved through specialized milling or grinding techniques. The purpose of micronization is to increase surface area, often enhancing solubility, bioavailability (how well a substance is absorbed by the body), or reactivity. Micronization is commonly employed in the pharmaceutical, agricultural, and materials science industries, improving the effectiveness and handling of powders, pigments, and active ingredients. The process offers benefits in various applications by modifying the physical properties of materials.

Micronized meaning with examples

• The new formulation of the drug used micronized particles, increasing its absorption rate in the bloodstream, thus reducing the dosage needed for efficacy. This improved bioavailability made the medication more effective and reduced potential side effects. Clinical trials showcased the positive effects of micronization.
• To enhance the dispersion of the pigment in the paint, the manufacturer utilized micronized titanium dioxide. This resulted in a smoother, more uniform coating and improved the paint's opacity. This method made the color vibrantly bright and the paint was much easier to use.
• In the production of fertilizers, micronized nutrients are often used to improve the nutrient uptake by plants. Smaller particles allow for better penetration of plant tissues, boosting growth and crop yield. The efficient nutrient usage makes micronized fertilizers sustainable.
• The company's new cosmetic product incorporates micronized silica to create a smoother, more velvety texture and improved skin feel. This results in better application and improved aesthetics of the final product. This new process leads to a smoother and less oily feeling.
• Using a specialized milling process, the scientists created micronized aluminum powder for a new type of explosive. The fine particle size enhanced the rate of combustion. This makes the material extremely reactive.