Acrylonitrile Butadiene Styrene (ABS)
Posted: Sat Dec 28, 2024 9:37 am
Polycarbonate (PC)
Polycarbonate (PC) is renowned for its exceptional qualities, such as its impact resistance, transparency and superior dimensional stability. These properties make it ideal for preventing mechanical damage to delicate components while maintaining its insulation, impact resistance and longevity.
It is often found in printed circuit boards, enclosures and electrical enclosures.
It is highly durable and impact resistant, making it an ideal fan datamaterial for parts that are subject to high wear and tear. In addition, ABS is easy to mold, allowing complex shapes and designs to be produced with precision and affordably.
Suitable for electrical devices such as electrical connectors, keypads, switch plates, etc.
3. Conductive charges
Conductive fillers are added to plastics to improve their electrical and thermal conductivity during injection molding. Some of these conductive qualities facilitate the flow of current through specific electrical devices or protect against electromagnetic interference (EMI). The most common conductive fillers include:
Carbon black
Carbon black is a common additive that improves the electrical conductivity of plastics. It is cost-effective and can be easily incorporated into certain resins to achieve the desired conductivity quality. Its ability to improve material strength and UV resistance is also well known. Carbon black has several applications, such as
Anti-static materials : Help prevent the build-up of static electricity, which is commonly found in packaging materials for sensitive electronic devices.
EMI shielding components: prevent electromagnetic interference from reaching electronic equipment, preserving the proper functioning of the various electronic systems.
Conductive Housings: Used to improve the electrical safety and conductivity of electronic equipment housings and enclosures.
Electronics Packaging: Protects delicate components by preventing static discharge during shipping or handling.
Polycarbonate (PC) is renowned for its exceptional qualities, such as its impact resistance, transparency and superior dimensional stability. These properties make it ideal for preventing mechanical damage to delicate components while maintaining its insulation, impact resistance and longevity.
It is often found in printed circuit boards, enclosures and electrical enclosures.
It is highly durable and impact resistant, making it an ideal fan datamaterial for parts that are subject to high wear and tear. In addition, ABS is easy to mold, allowing complex shapes and designs to be produced with precision and affordably.
Suitable for electrical devices such as electrical connectors, keypads, switch plates, etc.
3. Conductive charges
Conductive fillers are added to plastics to improve their electrical and thermal conductivity during injection molding. Some of these conductive qualities facilitate the flow of current through specific electrical devices or protect against electromagnetic interference (EMI). The most common conductive fillers include:
Carbon black
Carbon black is a common additive that improves the electrical conductivity of plastics. It is cost-effective and can be easily incorporated into certain resins to achieve the desired conductivity quality. Its ability to improve material strength and UV resistance is also well known. Carbon black has several applications, such as
Anti-static materials : Help prevent the build-up of static electricity, which is commonly found in packaging materials for sensitive electronic devices.
EMI shielding components: prevent electromagnetic interference from reaching electronic equipment, preserving the proper functioning of the various electronic systems.
Conductive Housings: Used to improve the electrical safety and conductivity of electronic equipment housings and enclosures.
Electronics Packaging: Protects delicate components by preventing static discharge during shipping or handling.