Calcium Carbonate Fillers Drive Sustainability in Plastics
Calcium Carbonate Fillers Drive Sustainability in Plastics
As sustainability becomes a core focus in manufacturing, calcium carbonate fillers gain traction for reducing reliance on petroleum-based plastics. This abundant mineral enhances stiffness and impact resistance in plastics while lowering material costs. In rubber applications, it improves abrasion resistance and processability.
The shift towards sustainable materials also involves titanium dioxide, though its high energy footprint spurs research into alternatives. Magnesium oxide, with its natural abundance and low environmental impact, is being explored as a multifunctional additive in polymer composites. Its role in rubber includes acting as an acid scavenger and vulcanization activator.
Global supply chains prioritize locally sourced, eco-friendly additives. Richase leverages China’s rich magnesite resources to provide consistent-grade magnesium oxide, calcium carbonate, and titanium dioxide. These materials support circular economy goals by extending product life cycles and reducing waste.
For industries seeking compliant solutions, our products align with REACH and RoHS standards. Richase’s technical support ensures optimal additive ratios for specific applications, from automotive seals to packaging films.
Richase Group understands the diverse needs of different customers. Our calcium carbonate and magnesium oxide products, including premium magnesium oxide, originate from a strict quality control system, ensuring high standards of purity, solubility, and safety in every batch. We help clients maximize production potential and economic efficiency.
