Fiberlogy ASA filaments are advanced engineering materials designed for demanding projects that must withstand harsh outdoor conditions. They combine the mechanical strength of ABS with excellent resistance to UV radiation, moisture, and extreme temperatures. This makes them perfect for applications where durability and dimensional stability are essential.

Unlike traditional ABS, ASA filament does not yellow, crack, or lose its properties even after prolonged exposure to sunlight and harsh weather. That’s why ASA (Acrylonitrile Styrene Acrylate) has become one of the most popular materials in 3D printing for outdoor use.

Fiberlogy ASA provides thermal resistance up to 94 °C, outstanding dimensional stability, and resistance to moisture. Thanks to its lower shrinkage compared to ABS, ASA does not require a heated chamber, which makes it more accessible for desktop 3D printers. However, a heated chamber is recommended for large or high-precision models to achieve the best results.

Another major advantage of ASA is its significantly reduced odor emissions during printing. Excellent bed adhesion, low warping, and minimal shrinkage ensure smooth printing and high repeatability. ASA prints maintain their shape and properties even under extreme outdoor conditions.

Fiberlogy ASA is a favorite among both hobbyists and professionals. It’s ideal for:

• Outdoor components exposed to UV and rain,
• Automotive parts,
• Garden and industrial applications,
• Technical projects requiring high durability and resistance.

Finished models made with ASA can be smoothed with acetone, sanded, painted, and bonded, which greatly expands the possibilities for post-processing and customization. This makes ASA not only a functional but also an aesthetic and easy-to-work-with material.

The Fiberlogy range includes both standard ASA filaments and specialized variants tailored to specific applications. ASA is the perfect choice for anyone looking for a 3D printing material with outstanding weather resistance, long-lasting durability, and precision.

• High resistance to UV, rain, and extreme temperatures
• Thermal resistance up to 94 °C
• Low shrinkage – no heated chamber required
• Less odor than ABS
• Easy post-processing: sanding, bonding, acetone smoothing
• Perfect for outdoor, automotive, and industrial applications