Filament PM printing thread filament 175 FRJet black 2 kg

Filament PM printing string filament 175 FRJet black 2 kg — self-extinguishing material for 3D printing

3D printing in the electronics industry often requires materials that meet strict safety standards while providing reliable performance. PM FRJet filament is a PETG-based material enriched with special flame retardant additives that meets the UL94 V0 safety standard. Thanks to its properties such as self-extinguishing, temperature resistance up to 70 °C and dimensional stability, it is ideal for applications where safety and precision are emphasized. This filament brings not only quality, but also safety for printing components used in sensitive devices.

Self-extinguishing and safety

FRJet is designed to increase safety in 3D printing, which is key for the production of electronic components. Thanks to its flame retardant and ability to meet the UL94 V0 ​​standard, this filament is suitable for applications where increased fire resistance is required. This feature eliminates the risk of fire spreading in the event of sparks or overheating.

Performance and print quality

The PETG-based material provides high temperature resistance up to 70 °C, which allows it to be used in environments with higher temperature requirements. Good layer adhesion ensures that printed models are strong and durable, which is ideal for applications requiring mechanical stability and precision. Dimensional stability also contributes to accurate printing results, minimizing deformation and ensuring consistency.

Printing recommendations

To ensure optimal results, it is recommended to dry the material for 8-12 hours at 65 °C before printing. This step significantly improves print quality and eliminates potential moisture-related problems.

Technical data

• Material: PETG with 20% flame retardant additive
• Temperature resistance: Up to 70 °C
• Safety standard: UL94 V0
• Recommended drying: 8-12 hours at 65 °C

PM FRJet filament is the clear choice for professional users looking for a safe, reliable and high-performance material for 3D printing.