Transparent polycarbonate
Optical clarity and thermal stability

Transparent. Heat resistant. Impact resistant.
Polycarbonate is a high-performance thermoplastic material characterized by its exceptional combination of transparency, impact strength and heat resistance. The material offers outstanding optical clarity and is also extremely break-resistant - ideal for applications where safety and visibility are required.
Thanks to its thermal stability, polycarbonate remains dimensionally stable and aesthetically pleasing even at elevated temperatures. The low-distortion processing enables precise components, even with complex geometries.
PC compounds are modified polycarbonate materials that offer specific properties for industrial applications through targeted additives or combinations with other plastics. They are characterized by high impact strength, good heat resistance and excellent mechanical stability.
Key features at a glance:
- Excellent optical clarity without discoloration when exposed to heat
- High impact strength, rigidity and good electrical insulation
- Variants with high flowability and improved paintability
- Flame retardant grades available
Applications
Our product range covers the entire spectrum from standard grades to specialized high-performance compounds that are precisely tailored to your requirements in automotive, electronics and lighting as well as various other applications. Find your product portfolio in the industry-relevant application segment.



A diverse raw material base
Our versatile product portfolio of PC grades is based on different raw material variants and covers a wide range of applications.
Primary raw materials
PC
Mechanical recycling
Post-industrial (PIR) or post-consumer (PCR) based PC recyclates
Finding the right material. Step by step.
Everything you need to turn a concept into reality.
Our vision: Closed material cycles as the industry standard.
Our mission: Maximum sustainability with maximum performance.
Start your project with us
Contact us now for your individual project!