Introduction of the material
Our PC+ABS alloy material stands out with exceptional all-round performance. By incorporating organic matting agents into the alloy system, it eliminates the need for post-painting processing — achieving a smooth matte finish directly through injection molding. This not only significantly reduces production costs but also cuts down on harmful gas emissions from painting, fully complying with automotive ELV regulations and global environmental protection trends.
| Parameter | Value |
Polymer Base | PC |
Polymer Base Content | 60%-80% |
Mechanical Strength | High impact strength |
Typical Uses | Steering wheel assemblies, sun visors, interior rearview mirrors |
Environmental Benefit | Automotive interiors, consumer electronics, industrial equipment |
Widely recognized for its versatility, this material is a top choice for manufacturing key components across industries, including:
Automotive interiors: Steering wheel upper/lower covers, sun visors, glasses cases, interior rearview mirrors
Consumer electronics: Mobile phone casings, smart watch cases, headphone enclosures
With customizable performance, high cost-efficiency, and broad adaptability, it has become the preferred material for high-end industrial sectors. As a trusted engineering plastic supplier, we offer tailored formulations designed to meet your specific requirements — ensuring the material aligns perfectly with your project’s unique needs.
Material Advantages
Our PC/ABS alloy material excels in multiple dimensions, making it a reliable choice for high-end manufacturing scenarios. Below are its core strengths:
It integrates the high impact resistance of PC with the rigidity and dimensional stability of ABS, enabling it to withstand complex external forces. Whether facing accidental collisions or long-term structural stress, the material maintains consistent performance without deformation or damage.
Compared to pure ABS, the PC/ABS alloy boasts a significantly higher heat distortion temperature. This allows it to endure high-temperature environments such as heat dissipation from electronic devices and working conditions of automotive components, ensuring long-term reliability even in harsh thermal scenarios.
With better fluidity than pure PC, the material is easier to shape through processes like injection molding and extrusion. It effectively reduces warping caused by internal stress, making it ideal for manufacturing parts with complex structures and precise dimensions.
By adding organic matting agents, the material’s surface gloss can be as low as 3%-4% — far outperforming ordinary PC/ABS. This perfectly meets the demand for matte textures in applications like automotive interiors, where a subtle, high-end appearance is required.
The material complies with international environmental regulations such as RoHS and REACH and supports recyclable design. It not only aligns with global sustainability trends but also helps lower overall production costs by reducing post-processing steps.
It is widely suitable for manufacturing:
Automotive interior parts: Steering wheel upper/lower covers, sun visors, glasses cases, interior rearview mirrors
Consumer electronics: Mobile phone casings, smart watch cases, headphone enclosures
