Spectrum filament Premium PET-G 1.75mm 1kg | Beige

Spectrum PET-G Premium is the second most popular material for desktop 3D printing. The main advantage of Spectrum PET-G Premium is its practically zero shrinkage and low moisture absorption compared to other types of thermoplastics used for FDM/FFF 3D printing. Objects made from PET-G material retain stable properties throughout their lifespan. Spectrum PET-G Premium combines the advantages of PLA and ABS. It also provides nearly trouble-free printing and exceptional layer adhesion.

Objects printed with transparent colors of Spectrum PET-G Premium have a high crystalline content, allowing for an almost transparent effect with a small number of outer perimeters on additively produced objects. The pellets and pigments used in the production of Spectrum PET-G Premium are approved for food contact.

Regarding other properties of Spectrum PET-G Premium, it has good resistance to stress under continuous load. The result is very good adhesion between the individual layers of the applied material. This leads to much less mechanical asymmetry of printed objects, meaning that the mechanical properties vary less for individual production differences compared to other thermoplastics intended for 3D printing.

The very good mechanical properties of Spectrum PET-G Premium, combined with chemical resistance, make this material suitable for producing parts with relatively high dimensional accuracy and stability of shapes and mechanical properties. In this sense, it is primarily about gears and sliding bearings exposed to relatively high static loads even in a water environment. PET-G is also used to produce semi-transparent covers and backlit parts of various boards and signs.

Material properties:

?Very good mechanical properties in terms of stiffness, hardness, and impact resistance.

?HDT temperature resistance - 69 °C

?Vicat softening temperature - 78 °C

?Chemical resistance

?High dimensional accuracy

?Combines the advantages of PLA and ABS

?Exceptional layer adhesion

?High transparency compared to other materials for additive manufacturing (in transparent colors)

?Odorless printing