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Reinforced and toughened
Adding glass fibers, carbon fibers, mineral powders, and nanofillers to plastics enhances strength and rigidity, and improves fatigue resistance and creep resistance.
Flame-retardant
Incorporating flame retardants such as halogen-based, phosphorus-based, nitrogen-based, silicon-based compounds, and expandable graphite can effectively reduce the flammability of plastics, minimize smoke and toxic gas emissions, and help prevent secondary injuries.
Conductive and insulating
By adding carbon black, carbon nanotubes, graphene, conductive fibers, metal powders, or applying surface coatings to plastics, their volume resistivity can be reduced to 10²–10⁶ Ω·cm, meeting antistatic or conductive requirements.
Weather-resistant
By adding antioxidants, UV absorbers, light stabilizers, carbon black, and fluorosilicone additives to plastics, fading, chalking, and cracking caused by prolonged sun exposure can be prevented, helping to maintain surface gloss and vibrant color.
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Mechanical Property Modification
Reinforcement and toughening are the two most fundamental and commonly used approaches in plastic modification. By enhancing and toughening plastics, their mechanical properties can be improved, including increased strength, rigidity, and dimensional stability, as well as better impact toughness.