K5™ Kexcelled ABS filament, Olive (1 kg)

K5™ ABS from Kexcelled is an easy-to-print ABS material that has improved plastic properties that prevent model deformation and cracking during printing. With the high mechanical properties of ABS materials, it is a modified version with a less pungent odor, less shrinkage, and lower printing temperatures.nThe color is Olive (olive green).nnPhysical and mechanical properties:nnDensity (ISO 1183, g/cm3): 1.05nMelt index (ISO 1133, g/10 min): 30-35nHeat distortion temperature (ISO 75, ℃): 85nVick's softening point (ISO 306, ℃): 95nTensile strength (ISO 527, MPa): 41nRelative elongation at break (%): 11nBending strength (ISO 178, MPa): 77nModulus of elasticity at bending (MPa): 2600nTensile strength (ISO 179, kJ/m2): 39nStrength (kJ/m2): 20nnFilament diameter tolerance: ± 0.03 mmnnPrinting temperature: 220°C-250°CnRecommended platform temperature: 80°C-100°CnModel airing: not required in most cases (up to 40% speed for overlays)nDrying temperature: 65-70°CnNet weight: 1 kg per spool (398m)nnLearn more about the filament KEXCELLED-ABS-K5-Technical-Date-Sheet-ENnnWhat is Kexcelled?nnKEXCELLED™ is a professional and leading brand of 3D printing materials. Kexcelled is committed to providing high standard quality products and strives for excellence in all areas of the 3D printing world. It is manufactured by Northbridge3D and is known as Hatchbox in the United States.nnKEXCELLED has a rich and high quality range of FDM materials and has successfully independently developed high quality modified base materials such as clear PLA, high strength PLA, flame retardant PLA, as well as PLA/CF composites, low odor ABS and a whole range of PETG based materials. They have also innovatively introduced the concept of aesthetic materials into 3D printing and developed a variety of aesthetic materials suitable for 3D printing, such as silk effect, marble effect, frosted effect, metallic effect without spraying paint, and others.nFor extremely demanding industrial applications, they have developed a variety of high-performance engineering materials, such as polycarbonate, PEI materials, modified PA and its composite versions, low-deformation PEEK, high interlayer adhesion PEEK and its composite versions.

ABS, filament for 3D printing, Kexcelled