Introducing evoABS by Ares Industries, an industrial filament designed to elevate your 3D printing projects. evoABS offers a superior combination of high impact resistance and rigidity, making it an excellent choice for producing robust and durable parts. With its advanced formulation, evoABS overcomes the challenges commonly associated with traditional ABS filaments, providing an enhanced printing experience. General: evoABS boasts reduced shrinkage, ensuring improved dimensional stability during the printing process. This feature results in more accurate and precise prints, with minimal warping or distortion. The filament also exhibits a glossy surface finish on the printed objects, adding a touch of sophistication to your creations. One of the notable advantages of evoABS is its lower printing temperature requirement, which simplifies the printing process and reduces the risk of overheating or delamination. The increased flow rate of the filament further enhances print quality, allowing for smooth and consistent extrusion. Moreover, evoABS offers exceptional performance in various environments, as it retains its properties even at extremely low temperatures as low as -40°C and as high as 85°C. This temperature resistance makes evoABS suitable for applications that require durability and functionality in cold conditions. Another advantage of evoABS is its compatibility with chemical treatments such as acetone vapors. This enables you to achieve remarkably smooth and polished surfaces on your printed items, making evoABS an excellent choice for industrial design and decoration-related industries. In summary, evoABS by Ares Industries is a premium filament that combines exceptional impact resistance, rigidity, and enhanced processing parameters. With its reduced shrinkage, glossy surface finish, lower printing temperature, and compatibility with chemical treatments, evoABS opens up new possibilities for high-quality, reliable, and visually appealing 3D prints. Technical Data: Density: 1,05g/cm^3 Tensile Strength at Break: 45MPa Elongation at Break: >10,00% Flexural Modulus: 2450MPa Izod Impact 23°C: 33kJ/m^2 Izod Impact-30°C: 16kJ/m^2 HDT(A): 85°C Vicat: 93°C Print Settings: Nozzle 230-255°C Bed 100°C Cooling: low end Filament Diameter: 1,75mmFilament Net Weight: 750gSpool Net Weight: ~240gDownload Safety Data Sheet
