Markforged Onyx FR 800cc filament

Fire-Resistant Filament Markforged Onyx FR 800cc

Fire-Resistant Filament Markforged Onyx FR 800cc is a flame-retardant version of the popular Onyx material, engineered for creating high-strength, lightweight, and self-extinguishing parts. This material meets stringent flammability standards and holds a V-0 rating on the UL94 test at a thickness of 3mm or greater.

Onyx FR retains all the benefits of the original Onyx: strength, stiffness, temperature resistance, and chemical resistance. Additionally, the material offers enhanced safety for applications with high fire safety requirements.

Key Features of Onyx FR 800cc:

• Fire Resistance Rating: UL94 V-0 at ≥3 mm thickness.
• Flexural Strength: comparable to original Onyx.
• Stiffness: high dimensional stability of parts.
• Printer Compatibility: suitable for Markforged X3, X5, X7, FX10, and FX20 models.
• Fiber Reinforcement: ability to reinforce with continuous fiber for enhanced mechanical properties.

Features of Fire-Resistant 3D Plastic Markforged Onyx:

• Fire Resistance: the material meets strict flammability requirements, making it suitable for use in aviation, transportation, and industry.
• Self-Extinguishing Properties: ensures safety when used in high-temperature environments.
• Compatibility with Industrial Printers: maximum reliability when printing large and complex parts.
• Surface Quality: high texture and surface finish characteristic of Markforged materials.

Areas of Use:

• Aerospace and Transportation Industries: production of parts with fire-resistant characteristics to enhance safety.
• Electrical Equipment: housings and components protected against ignition.
• Manufacturing Tools: durable and safe fixtures for working in high-temperature conditions.
• Functional Prototypes: models for testing that meet fire resistance requirements.
• Reinforced Parts: composite components with strength comparable to aluminum for operation under high loads.

Markforged Onyx FR 800cc is the ideal solution for tasks where fire resistance, strength, and reliability are critical. Compatibility with industrial 3D printers and the possibility of reinforcement make this material an excellent choice for manufacturing high-quality parts that meet stringent safety requirements.