Spectrum PET-G premium Deep Zwart 4,5 kg Filament

High chemical resistance

Spectrum PET-G Premium is the second most popular material for desktop 3D printing. A major advantage provided by Spectrum PET-G Premium are the virtually zero shrinkage rate and low absorption of moisture as compared to other thermoplastics used for FDM/FFF 3D printing. Items manufactured with PET-G maintain stable properties over a long life.

Spectrum PET-G Premium combines advantages of PLA and ABS. It also provides nearly trouble-free printing and exceptional adhesion between layers.

Big filament reels - for feeding big printing projects

Items printed using transparent Spectrum PET-G Premium colours have a high content of the crystalline phase, which allows for the near transparency effect at a small number of outer perimeters of additive manufactured items. Pellet and pigments used in the production of Spectrum PET-G Premium are approved for contact with food.

As regards other properties of Spectrum PET-G Premium, note the good creep resistance under constant load conditions. It results from the very good cohesion between the layers of the material applied. This leads to a much lower mechanical anisotropy in the printed items, which means that for each manufacturing direction the mechanical properties differ less than in other thermoplastics designed for 3D printing.

Key features:high transparency (for filaments without colours) as compared to other materials for additive manufacturingvery good mechanical properties as regards rigidity, hardness and impact resistancetemperature resistance HDT - 69°CVicat softening temperature - 78°Cchemical resistancehigh dimensional accuracycombines the advantages of PLA and ABSexceptional adhesion between layersodour-free printing

Applications:visual and functional prototypingfit testingconcept modelsmanufacturing aidsmanufacturing of semi-transparent enclosures and backlit sections of various boards and signs

Very good mechanical properties of Spectrum PET-G Premium combined with its chemical resistance det