Introduction of the material
Our PC+ABS alloy material stands out with superior comprehensive performance. Through precise formula proportioning, it seamlessly combines the outstanding mechanical properties, heat resistance, and impact resistance of PC with the easy processability, surface gloss, and cost advantages of ABS—resulting in a material that excels in impact resistance, dimensional stability, and processability.
Parameter | Value |
Polymer Bas | PC |
Polymer Base Content | 60%-80% |
Mechanical Strength | High impact strength |
Typical Uses | Laptop casings, smart door lock panels, center control panels |
Environmental Benefit | Automotive interiors, consumer electronics, industrial equipment |
Widely applied across key sectors including automotive manufacturing, electronic appliances, medical devices, and daily necessities, this material has become the top choice in high-end industrial fields, thanks to its customizable performance, high cost-effectiveness, and broad adaptability.
As a trusted engineering plastics supplier, we offer tailored formulations to perfectly match your specific requirements.
Material Advantages
Our PC/ABS alloy material integrates core strengths of both components, delivering reliable performance and flexibility for high-end industrial applications:
It combines PC’s excellent high impact resistance with ABS’s rigidity and dimensional stability, enabling the material to withstand complex external forces. This balance ensures long-term structural integrity for demanding parts.
Compared to pure ABS, our PC/ABS alloy features a significantly higher heat distortion temperature. It easily endures high-temperature environments such as heat dissipation from electronic devices and automotive components, maintaining performance without deformation.
With better fluidity than pure PC, the material is easier to shape via processes like injection molding and extrusion. It minimizes warping caused by internal stress, making it ideal for manufacturing complex-structured parts with precise specifications.
Boasting a high-gloss surface, the material supports direct post-processing—including spraying, UV coating, metallization, and electroplating. It meets the strict aesthetic requirements of automotive interiors, electronic devices, and other high-end products.
Fully compliant with international environmental regulations such as RoHS and REACH, it aligns with global sustainability standards. Additionally, it supports recyclable design, reducing environmental impact while offering long-term cost savings.
It is the ideal choice for manufacturing key automotive components, including:
Interior parts: Instrument panels, central control consoles, door panels, steering wheel components, decorative strips
Exterior & functional parts: Headlight lenses, grilles, body trim, emblems
