Electronic and electrical field
Computer and mobile phone cases: PC alloy plastic has become an ideal material for computer and mobile phone cases due to its excellent mechanical properties, appearance texture, and processing performance. For example, PC/ABS alloy has good formability and surface glossiness, which can be used to manufacture phone cases with exquisite appearance and comfortable hand feel. Meanwhile, its high strength and impact resistance can effectively protect the electronic components inside the phone. In the field of laptops, the use of PC alloy plastic not only makes the computer shell thinner and lighter, but also improves the computer's heat dissipation performance and electromagnetic interference resistance.
Internal structural components of electronic devices: The dimensional stability and good insulation performance of PC alloy plastic make it widely used in the manufacturing of internal structural components of electronic devices. The bracket for hard disk drives and the fixed frame for motherboards are all made of PC alloy plastic. These structural components require precise dimensional accuracy and good mechanical performance to ensure the normal operation of electronic devices. PC alloy plastic can meet these requirements while also reducing the weight of equipment and lowering production costs.
Automotive industry field
Automotive interior parts: Automotive interiors have high requirements for the aesthetics, comfort, and safety of materials. PC alloy plastic performs well in this regard and is widely used in the manufacturing of automotive interior parts, such as instrument panels, door interior panels, seat backrests, etc. PC/ABS alloy has good formability and surface texture, which can manufacture various complex shapes of interior parts. At the same time, its good weather resistance and UV resistance ensure that the interior parts are not easily faded or aged during long-term use. In the manufacturing of seat backrests, the use of PC alloy plastic can improve the strength and comfort of the seat, while reducing the weight of the seat and lowering the energy consumption of the car.
Automotive exterior parts: PC alloy plastic is increasingly used in automotive exterior parts, such as car bumpers, rearview mirror housings, body decorative strips, etc. PC alloy plastic has good weather resistance, impact resistance, and surface hardness, and can maintain good performance under various harsh environmental conditions. The car bumper is made of PC alloy plastic, which not only reduces weight and improves the fuel economy of the car, but also effectively absorbs energy during collisions, protecting the safety of the vehicle and passengers.
Aerospace field
Aircraft internal structural components: The aerospace industry has extremely demanding performance requirements for materials. PC alloy plastic has broad application prospects in the manufacturing of aircraft internal structural components due to its high strength, low density, good thermal stability, and flame retardant properties. For example, the seat frames, luggage racks, cabin decorative panels, etc. of airplanes can all be made of PC alloy plastic. The use of PC alloy plastic can reduce the weight of aircraft, lower fuel consumption, and improve operational efficiency. Meanwhile, its excellent flame retardant performance can ensure that the aircraft provides passengers and crew with more escape time in case of emergencies such as fires.
Aircraft engine components: Aircraft engines need to withstand the impact of high temperature, high pressure, and high-speed airflow during operation, and have extremely high requirements for material performance. PC alloy plastic can be compounded with high-performance fibers and other materials to prepare composite materials with excellent performance, which are used to manufacture components such as fan blades and air intakes for aircraft engines. These components need to have high strength, high stiffness, good thermal stability, and fatigue resistance. PC alloy composite materials can meet these requirements, while also reducing the weight of the engine and improving its performance and reliability.
Medical device field
Disposable medical devices: PC alloy plastic has good biocompatibility and chemical stability, and is widely used in the manufacturing of disposable medical devices. For example, many disposable medical devices such as syringes, infusion sets, and blood collection needles are made of PC alloy plastic. PC alloy plastic can ensure the safety and reliability of medical devices during use, while also being easy to process and meet the complex design requirements of medical devices. In the manufacturing of syringes, the use of PC alloy plastic can ensure the transparency and strength of the syringe, allowing medical staff to clearly observe the injection of the medication, while ensuring that the syringe is not easily broken during use.
Medical equipment casing: Medical equipment casings need to have good chemical corrosion resistance, antibacterial performance, and aesthetics. PC alloy plastic can meet these requirements, and its good processing performance can enable various complex shape designs for medical equipment casings. For example, the casing of some high-end medical equipment is made of PC alloy plastic, which not only protects the electronic components inside the equipment, but also provides a comfortable and beautiful user experience for patients and medical staff.