Circuit board PEI plastic accessories

Dongguan PC Plastic Parts Assembly Radiation-Resistant Beijing Electrical Equipment PEI Plastic Fittings Wear-Resistant and Corrosion-Resistant

Creating value for users is the fundamental driving force for the sustainable development of Dongguan Dinghao Plastic Technology Co., Ltd. The company will provide reliable quality and economic benefits to customers with reasonable prices, comprehensive services, and forward-thinking business philosophy. The company adheres to an honest, trustworthy, rigorous, and pragmatic work style, developing advanced technology, creating superior products, and refining excellence.

Name: PEI Engineering Plastic Fittings

Model: MPT-00410

Length: 9.5±0.5mm

Width: 6.5±0.5mm

Height: 9.5±0.5mm

Material: PEI

Color: Yellow, Blue

Weight: 4g

Note: The above data is for reference only,

Please refer to the actual product,

Customization available with provided drawings or samples

Due to its excellent comprehensive properties, PEEK plastic parts can replace traditional materials such as metals and ceramics in many special fields. Its characteristics, including high-temperature resistance, self-lubrication, wear resistance, and fatigue resistance, make it one of the most popular high-performance engineering plastics today. It is mainly used in aerospace, automotive industry, electronics, electrical, and instrumentation fields.
1. Aerospace field: It can be processed into various high-precision aircraft components. Due to its hydrolysis resistance, damage resistance, and good flame retardancy, it can be used to manufacture internal/external aircraft parts and many engine components.
2. Automotive manufacturing: PEEK has been successfully used in the automotive manufacturing industry. Due to its excellent friction resistance, it can replace metals (including stainless steel and titanium) to produce engine covers, automotive bearings, seals, and brake pads.
3. Industrial field: Due to its good mechanical properties, high-temperature resistance, wear resistance, and ability to withstand high pressure, it is often used to manufacture compressor valve plates, piston rings, seals, etc.
4. Medical and surgical instruments: It can withstand 3,000 cycles of high pressure at 134°C, making it suitable for manufacturing high-demand, reusable medical, surgical, and dental equipment. Combined with its creep resistance and hydrolysis resistance, it can be used to produce various surgical and medical instruments requiring high-temperature steam sterilization. Importantly, PEEK plastic parts are lightweight, corrosion-resistant, and the material closest to human bones, making it suitable for replacing metals in manufacturing human bone implants.
5. Insulating materials: Due to its excellent electrical properties, PEEK plastic parts maintain their insulation performance even under harsh conditions such as high temperature and high humidity, making it an ideal electrical insulating material, widely used particularly in the semiconductor industry.
6. It is a new type of engineering plastic that can be used as high-temperature structural materials and electrical insulating materials. It can be compounded with glass fibers or carbon fibers to produce reinforced materials.
7. PEEK plastic parts include black carbon fiber-reinforced conductive, red carbon fiber-reinforced conductive, mineral-reinforced, glass fiber-reinforced, and PEEK resin. Although PEEK plastic parts have many excellent properties, their high cost limits their application in some fields. The impact strength of PEEK plastic parts is relatively poor. To further improve their performance to meet the comprehensive and diverse needs of various fields, methods such as filling, blending, cross-linking, and grafting can be used to modify them, resulting in PEEK plastic alloys or PEEK composites with superior performance. For example: blending can achieve better mechanical properties and flame retardancy; blending PEEK with PTFE to create composites with outstanding wear resistance, suitable for manufacturing sliding bearings, dynamic sealing rings, and other components; filling and modifying PEEK with carbon fibers to produce reinforced PEEK composites can significantly improve the material's hardness, rigidity, and dimensional stability.