Enjoy RFID communication with your U1 printer with TPU 95A HF RFID Filament from SnapMaker. The RFID tag communicates wirelessly via radio waves when it comes into close proximity with a compatible reader, saving you time and helping to prevent errors when scanning or entering information about the printing material into your printer. This filament works as well with non-RFI-enabled machines, providing you with smooth, durable results. The filament features strong layer adhesion, even at high-speed printing up to 200mm per second. TPU 95A HF combines flexibility with reliable shock absorption, making it ideal for anti-slip pads, gaskets, and other protective parts that need cushioning, grip, and long-term durability. In addition, it is made from 100% renewable plant-based resources and packaged with fully biodegradable cardboard spools, offering a safer choice for both users and the environment.
- Durable flexibility to withstand repeated bending and twisting
- High-speed printing up to 200 mm/s
- Reliable shock absorption and surface grip for protective parts
- Optimized formula for fine details and clean surfaces
- Snapmaker U1
- Widely compatible with most FDM printers
- Pre-Dry: This filament is pre-dried and vacuum-sealed for immediate use upon opening. However, PETG is sensitive to moisture; if left exposed for a long time, dry it at 149°F for 6 hours before printing to ensure the best results.
- Re-Dry: If the filament has been left out for a while, always re-dry it before use.
- Storage: Once unboxed, it is best to keep the filament in a sealed container with desiccant.
- Due to its high hygroscopicity, ScanMaker recommends printing PETG directly from a sealed container with desiccant to ensure optimal quality.
- If exposed to air for a long time, print quality may significantly degrade.
- If you hear popping or crackling sounds during extrusion, the filament must be dried.
- Consider shortening the print time by reducing the overall model size, lowering the infill density, or increasing the layer height to minimize moisture exposure.
- Print with the cooling fan turned off or at a very low speed.
- Rapid cooling can significantly weaken layer adhesion in PETG.
- If you still encounter adhesion issues while the fan is off, try increasing the printing temperature.