The role of modified plastics in the electrical and electronics industry focuses on providing excellent mechanical, electrical and chemical resistance, along with good heat resistance and dimensional stability. Their flame retardant and lightweight properties help improve product safety and portability, while their environmental performance meets the need for sustainable development. With the advancement of technology, innovative applications of modified plastics in emerging fields such as wearable devices and smart homes continue to emerge, driving the development of high performance and intelligence in electrical and electronic products.
Industry pain point
Signal interference
5G high-frequency scenarios require materials with low dielectric constants.
Halogen-free Flame Retardant Requirements
Conventional halogenated flame retardants are not RoHS compliant.
Thin walling and high fluidity
The miniaturized equipment requires that the material can fill a wall thickness of less than 0.4mm.
Solutions & Benefits
Low dielectric PA
Adding porous silica reduces the dielectric constant to below 3.0, making it compatible with the 5G millimeter-wave frequency band.
It achieves UL94 V0 rating and is halogen-free and environmentally friendly.
High flow PP
Through the molecular weight distribution control, the melting index is more than 40g/10min, which is suitable for the injection moulding of ultra-thin parts.