Regardless of the actual value of the products, you see the potential of using related ferroalloys in this section.
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Polymer Industry
Ferroalloys application in polymer industry
Microsilica
Microsilica powder offers various benefits to the polymer industry, such as reinforcing polymer composites, enhancing thermal stability, reducing flammability, minimizing shrinkage and warping, improving electrical insulation, and aiding in the polymerization process.
Strengthening in polymer composites
Microsilica serves as a potent strengthening agent in polymer composites. Its small particle size and expansive surface area render it an effective filler for enhancing mechanical properties such as strength, stiffness, and impact resistance of polymeric materials.
Reduction of shrinkage and warping
Microsilica aids in minimizing shrinkage and warping in polymer materials during processing. Its addition mitigates the effects of polymer shrinkage, thereby enhancing dimensional stability and reducing distortion in molded parts.
Increased thermal stability
Microsilica powder boasts a high melting point and exceptional thermal stability. When incorporated into polymers, it elevates their resistance to high temperatures and enhances overall thermal stability. This attribute proves particularly beneficial in applications necessitating thermal resistance, such as automotive parts or electronic components.
Enhanced electrical insulation
Microsilica enhances the electrical insulation properties of polymers. This characteristic curtails the formation of conductive paths by filling voids and augmenting the homogeneity of the polymer structure, leading to improved electrical insulation performance.
Facilitating the process
Microsilica acts as a facilitating agent in the polymer melting process. Its presence lowers viscosity, enhances fluidity, and streamlines the processing and molding of polymer materials.
Reducing flammability
Incorporating Microsilica powder into polymer formulations mitigates their flammability. Microsilica particles can form a protective carbon layer when exposed to fire, effectively reducing flammability and retarding the rate of flame propagation in polymeric materials.
