3D Printing MaterialsStratasysFDM®
Kimya PC-FR

Flame-retardant polycarbonate for safety-critical production parts.
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Kimya PC-FR is a flame-retardant polycarbonate FDM material designed for applications that must comply with strict fire safety regulations. With high impact strength, dimensional stability, and certified railway fire performance, it is ideal for transportation, industrial, and regulated production environments.
Flame-Retardant FDM Material For Safety-Critical Applications
Kimya PC-FR is a polycarbonate-based FDM thermoplastic engineered for additive manufacturing in environments where fire safety, mechanical durability, and dimensional accuracy are mandatory. It combines the inherent strength and heat resistance of polycarbonate with flame-retardant performance suitable for regulated transportation and industrial applications.
This material is particularly well suited for low-volume production parts, replacement components, and functional prototypes where documentation review with fire safety standards is required without compromising mechanical performance.
Fire Safety documentation review For Transportation
Kimya PC-FR is developed to meet stringent fire safety requirements for transportation applications. Its flame-retardant formulation enables use in regulated environments such as passenger rail and other mobility platforms where material performance under fire conditions is critical.
Durable Mechanical Performance
Beyond flame retardancy, Kimya PC-FR delivers high impact resistance, strong layer adhesion, and excellent dimensional stability. These properties allow printed parts to withstand mechanical stress, vibration, and operational loads common in transportation and industrial settings.
Reliable Production With FDM
Optimised for FDM technology, Kimya PC-FR supports repeatable, stable printing for functional parts and tooling. Its low moisture sensitivity and compatibility with soluble support materials enable complex geometries and consistent production results.
- Available colours
- Natural





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