Skip to content
Fiberlogy Nylon PA12 Natural, 1.75mm 750g

Fiberlogy Nylon PA12 Natural, 1.75mm 750g

Regular price CHF 45.90
Sale price Regular price

Fiberlogy Nylon PA12 Natural is a high-quality technical filament for demanding 3D printing applications. The material's natural, slightly transparent color gives printed components a technical and functional look and is particularly well-suited for prototypes, mechanical components, and industrial applications.

Nylon PA12 filament impresses with its exceptional combination of strength and flexibility. Printed components can stretch up to 50% before breaking. This results in particularly durable and resilient components that function reliably even under mechanical stress. These properties make Nylon PA12 an ideal material for moving parts, functional prototypes, or heavily stressed structural components.

Fiberlogy Nylon PA12 offers excellent resistance to abrasion and many chemical influences. The material is resistant to hydraulic fluids, oils, fuels, greases, alcohol, salt water, and numerous solvents. This makes this 3D printing filament ideal for applications in mechanical engineering, automotive technology, or anywhere components are permanently exposed to chemical or mechanical stresses.

Another advantage of the material is its stability across a wide temperature range. Nylon PA12 retains its mechanical properties at both low temperatures below freezing and higher temperatures. This ensures that printed components remain dimensionally stable and reliable in operation.

Post-processing is also straightforward. Printed parts can be painted, drilled, or further processed with metalworking tools. This allows components to be optimally adapted to individual requirements.

For optimal printing results, a 3D printer with an enclosed and heated build chamber is recommended. This reduces material shrinkage and ensures excellent dimensional accuracy. Fiberlogy Nylon PA12 Natural is therefore ideally suited for durable technical components, functional prototypes, and applications requiring high mechanical strength.