Taulman 3D
Taulman 3D guidel!ne Filament 2.85 mm 1 lb Ultra Clear 3D Printers Accessories
Clear PETG-based filament for 2.85 mm printers, prints small hollow tubes without heat deformation at 242–252 °C and 68 °C bed
- ColorWhite
- TypeFilament
- Print small hollow tubes without heat deformation
- Clear PETG-based polymer for transparent parts
- Easy printing with minimal retraction needed
- High tensile strength of 6850 PSI
- Prints at 242-252°C with 68°C bed max
Clear PETG Filament for Fine Detail
guidel!ne is a clear PETG based polymer supplied as 2.85 mm filament on a 1 lb spool. It targets makers who need transparent parts with high tensile strength and minimal retraction. The material suits functional prototypes, light guides and small mechanical components.
Resists Heat Build-Up on Small Features
The formulation remains much less susceptible to thermal issues during extended prints, allowing hollow tubes and fine details to hold shape without distortion. A bed temperature up to 68 °C and nozzle range of 242–252 °C provide a stable window for long runs. Elongation at break is 5.9 %.
6850 PSI Tensile Strength Decides Fit
This single figure exceeds the supplier's own TECH-G benchmark, confirming the filament for load-bearing prints rather than purely decorative ones. Builders who need lower strength or opaque colours should choose a different material.
Highlights
- Print small hollow tubes without heat deformation
- Clear PETG-based polymer for transparent parts
- Easy printing with minimal retraction needed
- High tensile strength of 6850 PSI
- Prints at 242-252°C with 68°C bed max
Specifications
| Color | White |
|---|---|
| Type | Filament |
Questions about this item
How much heat does the filament generate when printing small hollow tubes for long periods?
The material is designed to resist heat build-up so small hollow tubes can be printed without deformation during extended runs.
What printer hardware is required to use this 2.85 mm filament?
A 3D printer that accepts 2.85 mm filament and can reach a nozzle temperature of 242C to 252C with a bed up to 68C.
Will this filament bond reliably to an older glass bed?
The PETG based polymer prints at 242C to 252C nozzle temperature and 68C maximum bed temperature, conditions typical for glass beds.
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