PAAdvanced

Prof. Lab PA12 1.75mm 1kg Black

Name: Prof. Lab PA12 1.75mm 1kg Black
Brand: Prof. Lab
SKU: FG-P207-E1
Price: 49.90 EUR
Availability: InStock

Only 5 left

Tough, wear-resistant PA12 nylon with low moisture absorption and good dimensional stability.

Compatibility and preparation

What do these mean?

Hardened nozzleNot required

Enclosed printerRecommended

Heated chamberNot required

Drying 70°C · 4–6 hRequired

Print immediately after drying.

Recommended settings

Nozzle260–290°C

Bed70–90°C

Speed40–100 mm/s

Only 5 left

Recommended settings

Nozzle260–290°C

Bed70–90°C

Speed40–100 mm/s

SKU: FG-P207-E1 Category: PA Tags: 3d Filament, 3d filament, 3D material, 3D printer material, 3D printing material, filament, material Brand: Prof. Lab

Print settings

Nozzle260–290°C

Bed70–90°C

Speed40–100 mm/s

Cooling0% (off)

Diameter1.75 mm

Spool weight1kg/spool

DifficultyAdvanced

Printer requirements

Hardened nozzle Not required

Enclosed printer Recommended

Heated chamber Not required

Drying Required

Drying and storage

DryingRequired

Temperature70°C

Time4–6 h

Print immediately after drying.

Tensile strengthGB/T 1040 55.64 MPa

Elongation at breakGB/T 1040 165.41 %

Flexural strengthGB/T 9341 50.81 MPa

Flexural modulusGB/T 9341 659.49 MPa

Notched Izod impact strengthGB/T 1843 10.14 kJ/m²

Manufacturer laboratory material data. Final part properties depend on print settings, part geometry and the test method.

Source: Professional Lab PA12 Technical Data Sheet, Supplied 2026

Prof. Lab PA12 1.75mm 1kg Black — colour: black.

Prof. Lab PA12 is an engineering-grade nylon filament with good toughness, wear resistance and fatigue resistance, together with lower moisture absorption than many other nylons. It maintains dimensions well and suits parts exposed to repeated movement or loads.

PA12 combines durability, dimensional stability and low friction, making it a practical choice for engineering components.

Suitable for

Gears, bushings and moving joints
Fasteners and load-bearing parts
Functional prototypes
Parts exposed to wear and repeated flexing

Good to know

PA12 requires an all-metal hot end capable of reaching 290 °C. For larger parts, an enclosed printer helps reduce drafts and improve dimensional stability.

Although PA12 absorbs less moisture than many other nylons, it should still be dried before printing and stored in a sealed container with desiccant.

The exact printing parameters, drying recommendations and printer requirements are listed in the specification table above.