Taulman 3D
Taulman 3D t-glase 3D Printers Accessory 2.85mm Blue 10 pack
Pack of ten 2.85 mm blue PET co-polymer spools made for direct food contact with very low shrinkage and glass-like clarity
- ColorBlue
- TypeFilament
- Food-safe polymer approved for direct contact
- Very low shrinkage eases large flat prints
- Stronger than ABS for durable parts
- Glass-like clarity with optical coatings
- 10 spools of 2.85 mm blue filament
2.85 mm PET co-polymer filament pack
This ten-spool pack supplies 2.85 mm t-glase filament for desktop 3D printers. The material is a PET co-polymer formulated for direct food contact and offers higher strength than ABS. It is intended for intermediate users who need transparent, durable parts.
Low-shrink behaviour on extended prints
Very low shrinkage keeps large flat surfaces dimensionally stable during long print sessions. The filament prints at 235-245 °C and adheres to acrylic, glass or Kapton without a heated bed. Slower print speeds are required compared with standard filaments.
Printer compatibility checklist
Confirm your printer accepts 2.85 mm filament and can reach 235-245 °C nozzle temperature. A heated bed is not mandatory but the platform must be acrylic, glass, Kapton or similar. Allow extra print time because t-glase runs slower than beginner materials.
Highlights
- Food-safe polymer approved for direct contact
- Very low shrinkage eases large flat prints
- Stronger than ABS for durable parts
- Glass-like clarity with optical coatings
- 10 spools of 2.85 mm blue filament
Specifications
| Color | Blue |
|---|---|
| Type | Filament |
Questions about this item
How much heat does the t-glase filament need from the hot-end during long prints?
The filament prints at 235-245 °C, so the hot-end must sustain that temperature continuously during extended sessions.
What printer parts are required to use the 2.85 mm spools?
A printer with a 2.85 mm extruder and a nozzle that accepts 2.85 mm filament is needed; the material also works on acrylic, glass, Kapton or other flat platforms even without a heated bed.
Will the blue t-glase bond well to older PLA or ABS prints I want to extend?
t-glase is a PET co-polymer with different thermal behaviour, so layer adhesion to existing PLA or ABS parts is limited; mechanical fastening or fresh dual-material printing is recommended.
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