Taulman 3D
Taulman 3D Alloy 910 Filament 2.85mm 1lb Natural 3d printers accessory
High-performance nylon-based filament prints at 250-255 °C with 8100 PSI tensile strength and 32 % elongation for strong, stiff parts
- ColorNatural
- TypeFilament
- High tensile strength of 8100 PSI for durable parts
- 32% elongation absorbs impact without fracturing
- Prints at 250–255°C on a 30–65°C bed
- Nylon-based polymer eases support removal compared to ABS
- 95°C working temperature suits demanding engineering applications
High-Performance Nylon Alloy Filament
Taulman 3D Alloy 910 is a nylon-based polymer filament supplied as 2.85 mm natural material on a 1 lb spool. It targets professional users in aerospace, automotive, healthcare and general engineering who need strong, stiff parts for enclosures, high-impact components or mechanical linkages.
Suited for functional prototypes and production jigs
The material delivers 8,100 psi tensile strength with 32 percent elongation and a 95 °C working range, making it appropriate for durable end-use parts. Printers limited to lower extrusion temperatures or lacking a heated bed capability up to 65 °C will not process this filament successfully.
Prints at 250–255 °C with a 30–65 °C bed
This temperature window is the critical specification that determines whether a given machine can run Alloy 910. The filament also offers easier support removal than ABS and broad chemical resistance for demanding environments.
Highlights
- High tensile strength of 8100 PSI for durable parts
- 32% elongation absorbs impact without fracturing
- Prints at 250–255°C on a 30–65°C bed
- Nylon-based polymer eases support removal compared to ABS
- 95°C working temperature suits demanding engineering applications
Specifications
| Brand | taulman3d |
|---|---|
| Color | Natural |
| Type | Filament |
Questions about this item
Should I choose the 2.85 mm spool for my printer?
This spool is 2.85 mm diameter. Confirm your printer accepts 2.85 mm filament before ordering.
What does the 8100 PSI tensile strength mean for printed parts?
Parts printed with this material reach 8100 PSI tensile strength, suited for high-impact parts, enclosures and mechanical linkages.
What temperature range does the 250-255 °C printing window cap in practice?
Print at 250-255 °C with a bed at 30-65 °C; the material has a 95 °C working temperature for end-use parts.
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