Composite Magnetic Plastics are materials created by blending plastic as a binder with magnetic powder and appropriate additives. These plastics are widely used in various fields, including electronics, electrical appliances, instrumentation, communications, education, healthcare, and daily life. Their production and demand are continuously increasing, demonstrating significant development potential.
Antibacterial Modified Engineering Plastics are a class of plastics that inherently inhibit or kill bacteria, mold, yeast, algae, and even viruses that may contaminate the material in its usage environment. By preventing microbial growth, these plastics maintain their cleanliness and hygiene. Currently, antibacterial plastics are primarily produced by adding small amounts of antimicrobial agents to the base plastic.
Thermally Conductive Plastics are materials created by uniformly filling polymer matrix materials with thermally conductive fillers (including particles, fibers, and laminates) to enhance their thermal conductivity. The effectiveness of thermal conductivity is primarily measured by the thermal conductivity coefficient [unit: W/(m·K)]. Currently, thermally conductive plastics are most widely used in the LED industry. Additionally, they are applied in piping, heat exchangers, automotive components, and heating/cooling/refrigeration systems.
Spray-Free Plastics are materials created by incorporating special pearlescent powders or metallic pigments into specific resins, along with compatible modification technologies. These plastics can be directly injection-molded to achieve various pearlescent,炫彩 (iridescent), or metallic surface effects. This technology successfully addresses long-standing challenges such as weld lines or flow marks in injection-molded products with special color effects, meeting the market trend of炫彩质感 (iridescent texture), low consumption, high efficiency, and environmental friendliness. By offering personalized custom color designs, spray-free plastics provide consumers with both aesthetic appeal and safety and environmental protection.
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