Ground calcium carbonate and Stearic acid-coated calcium carbonate is widely used as a filler in plastic and polymer applications. As an emerging manufacturer and supplier, we are committed to providing our customers with the best possible calcium carbonate solutions at competitive prices.

Ground Calcium Carbonate

Ground calcium carbonate offers a less expensive option to synthetic fillers and pigments while offering several performance advantages. It can enhance mechanical qualities like stiffness, strength, and impact resistance in plastic and polymer formulations. Additionally, it can lower the amount of resin used in the formulation, saving money. GCC can also lessen warpage and shrinkage by enhancing the dimensional stability of plastic and polymer products.

GCC is utilised in numerous applications involving plastic and polymers, such as:

Packaging: GCC is frequently utilised in creating food- and product-related films, bags, and containers. It can save expenses while enhancing these items’ rigidity and strength.

Building: GCC is utilised in building supplies like pipelines, flooring, and roofing. It can decrease the amount of resin used while enhancing the mechanical qualities of these goods.

Automobiles: GCC is utilised in trim, door panels, and dashboard components. It can lighten these pieces and improve their surface finish.

Electrical and electronic: Cables, connectors, and housings are just a few examples of electrical and electronic components that are produced utilising GCC. It can save expenses while enhancing these items’ dimensional stability.

Stearic Acid Coated Calcium Carbonate

Stearic acid-coated calcium carbonate has great dispersion and compatibility with the polymer matrix, leading to superior mechanical qualities such as higher tensile strength, flexural strength, and impact resistance. The calcium carbonate particles’ stearic acid coating increases their hydrophobicity and lessens their propensity to aggregate, which enhances the final product’s mechanical qualities, processing efficiency, and surface properties.

Stearic acid-coated calcium carbonate is used in a variety of plastic and polymer applications, including:

Packaging: Films, bags, and containers for food and other products are frequently made using calcium carbonate that has been treated with stearic acid. It can enhance these items’ surface and mechanical characteristics.

Construction: Materials for building, including pipes, floors, and roofing, use stearic acid-coated calcium carbonate. It can enhance these items’ mechanical and thermal stability qualities.

Automotive: Automobile parts like dashboards, door panels, and trim are made of stearic acid-coated calcium carbonate. It can lighten these pieces and improve their surface finish.

Electrical and electronic: Components for electrical and electronic devices, including cables, connections, and housings, are made with stearic acid-coated CaCO3. It can enhance these items’ thermal stability and dimensional stability.