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A form of mineral fiber known as calcium carbonate microfibre is composed of minute calcium carbonate strands. Rocks, shells, and the bones of marine organisms all include calcium carbonate, a mineral that occurs naturally.
Calcium carbonate is processed mechanically into fibers with a diameter of less than 1 millimeter to create the microfiber form of the mineral.
To improve the mechanical qualities and lower the cost of different goods, including as plastics, coatings, and composites, calcium carbonate microfibre is frequently employed as a filler.
Calcium carbonate microfibre can increase the stiffness, strength, and toughness of these materials while also enhancing their dimensional stability, thermal conductivity, and electrical characteristics because of its high aspect ratio and large surface area.
Calcium carbonate microfibre has demonstrated potential in a number of biological applications in addition to its usage as a filler. Research has shown that calcium carbonate microfibre may be employed as a drug delivery system for targeted therapy as well as a scaffold material for tissue engineering.
The Calcium Carbonate Microfiber accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
ImerCare is a line of high-purity marble deposits that naturally provide calcium carbonate microfibers. These microfibers’ distinctive needle-like structure makes them perfect for usage as a mild abrasive, exfoliant, opacifier, and rheology adjuster in cosmetic and personal care products.
They are a popular option for formulators searching for natural and ecologically beneficial substitutes for synthetic chemicals since they are biodegradable, sustainable, and non-toxic.
ImerCare microfibers come in a variety of grades from ImerCare Matte, which has a mattifying effect in color cosmetics, to ImerCare 25P, which is used in toothpaste formulas, to suit a variety of applications.
ImerVin is a calcium carbonate microfibre product used as a reinforcing filler in thermoplastic compounds such as polyvinyl chloride (PVC) and others. It is intended to enhance the final product’s mechanical qualities, including stiffness, impact resistance, and dimensional stability.
ImerVin, which has a distinctive needle-like structure and is created from high-purity, natural calcium carbonate, increases the strength and durability of plastic without sacrificing its flexibility or processing capabilities.
It is a safe and sustainable substitute for conventional fillers, such as glass fibers or mineral fillers, because it is also non-toxic and non-abrasive. ImerVin comes in a variety of grades from ImerVin 10 for injection molding to ImerVin 15 for extrusion to accommodate various processing techniques and end-use applications.
