Designed for the extrusion process with a wide processing window, these compounds are available in pellet or powder form with an extensive color range for residential, commercial, institutional, and industrial raceway applications. AuroraGuard™ ABS and PC/ABS compounds complement the portfolio with high-impact solutions for raceway fittings, covers, and accessory components.
Raceway compound selection directly impacts product listing eligibility, flame performance, snap-fit functionality, aesthetic quality, and long-term durability. The compound must meet UL 5A flame, impact, and crush requirements while maintaining the tight dimensional tolerances essential for snap-on cover retention and professional-grade installations. The wrong formulation can result in UL listing failures, warped profiles, loose covers, and premature degradation that damages manufacturer reputation and end-user confidence.
- UL 5A & Flame Compliance: Nonmetallic raceways must meet UL 5A testing requirements for flame performance, impact resistance, and crush resistance. Compounds must achieve UL 94 V0 flame ratings to ensure self-extinguishing behavior in the event of electrical faults
- Dimensional Precision: Surface raceways rely on precise snap-fit tolerances between bases and covers. Compounds must deliver consistent shrinkage, low coefficient of expansion, and excellent dimensional stability across production runs to ensure reliable field assembly
- Aesthetic Consistency: Visible surface-mounted raceways demand compounds with excellent colorability, consistent surface finish, and UV stability to maintain appearance in commercial and institutional environments
- NEC Compliance: NEC Article 388 governs surface nonmetallic raceways, Article 378 covers nonmetallic wireways, and Article 352 addresses rigid PVC conduit used as raceway. Compound properties must support listing eligibility for the specific raceway type being manufactured
- Processing Efficiency: High-volume raceway extrusion demands compounds with wide processing windows, consistent melt flow, and reliable batch-to-batch quality for complex profile geometries including multi-compartment designs