Technical filaments

Spectrum PCTG GF10 is a technical filament with high stiffness and hardness. Thanks to its extremely high interlayer adhesion and low shrinkage, it allows even intermediate users to execute large prints. In addition, the glass fibres give the prints a distinctive texture, which, in addition to its undoubted aesthetic qualities, also translates into increased usability. Models made from Spectrum PCTG GF10 can be used wherever increased adhesion, increased durability against cyclic load and chemical resistance are important.

Spectrum PET-G Carbon is a modified, PETG-based filament blended with carbon fibres which contributes to a considerably higher rigidity, hardness and tensile resistance while retaining low shrinkage and very good adhesion to build platforms typical for pure PETG. The 10% addition of carbon fibres enables to obtaining of matte surfaces of printed items, which greatly improves the aesthetic properties of printed items.

Spectrum PETG FR V0 is a new halogen-free, flame-resistant 3D printing material based on the ever-popular PETG. The filament is designed according to UL 94 V0* flammability rating requirements, meaning that the vertical burning of the filament or printed part does not exceed 10 seconds. Most typical plastics have poor flame resistance, which is why the Spectrum PETG FR V0 filament was developed with flame-resistant or self-extinguishing properties to provide a high level of safety in everyday or working environments. The applied modifications do not affect the printability of the filament, which helps maintain the classic properties of PETG, i.e. simplicity and efficiency of printing, with very low shrinkage and relatively high tensile strength.

Spectrum PETG FR V0 is a new halogen-free, flame-resistant 3D printing material based on the ever-popular PETG. The filament is designed according to UL 94 V0* flammability rating requirements, meaning that the vertical burning of the filament or printed part does not exceed 10 seconds. Most typical plastics have poor flame resistance, which is why the Spectrum PETG FR V0 filament was developed with flame-resistant or self-extinguishing properties to provide a high level of safety in everyday or working environments. The applied modifications do not affect the printability of the filament, which helps maintain the classic properties of PETG, i.e. simplicity and efficiency of printing, with very low shrinkage and relatively high tensile strength.

The highest quality Everfil ABS-PC 3D printing filament from the Polish manufacturer, 3D Kordo.

Everfil ABS-PC 3D printing filament is a blend of ABS and PC polymers, in proportions 80/20, that provide enhanced mechanical and heat resistance, as well as a good surface print finish and good surface metal adhesion. Models printed from Everfil ABS-PC filament are designed for applications requiring high deflection temperature under load and high strength at low and high temperatures.

The highest quality filament for 3D printing Everfil Nylon PA12-CF was made by a Polish manufacturer, 3D Kordo. Everfil PA12-CF is a carbon fibre-reinforced PA12 (Nylon 12) filament. Thanks to the low moisture sensitivity of PA12, this product features outstanding mechanical and thermal properties it is ideal to create manufacturing tools.

The highest quality filament for 3D printing Everfil Nylon PA6 was made by a Polish manufacturer, 3D Kordo.

The Everfil Nylon PA6 filament is a lightweight thermoplastic material with high rigidity and high resistance to heat and chemicals. Its high compatibility with machining and mechanical strength makes it an excellent candidate for most industrial applications, especially in the automotive and aerospace sectors. The material's durability and production scalability make it the choice for not just industrial transportation applications, but also developing product electrical housing, cooling and heating systems, as well as moulds and vacuum forming.

The highest quality Everfil PC-ABS 3D printing filament from the Polish manufacturer, 3D Kordo.

Everfil PC-ABS 3D printing filament is a blend of PC/ABS polymers that provide enhanced mechanical and heat resistance, as well as a good surface print finish and good surface metal adhesion. Models printed from Everfil PC-ABS filament are designed for applications requiring high deflection temperature under load and high strength at low and high temperatures.

Tarfuse® tech is a brand of 3D printing filaments of Grupa Azoty S.A., the largest chemical company in Poland.

The Tarfuse PC-ABS 3D printing filament combines the excellent mechanical properties, impact strength and construction of polycarbonate (PC) with the good properties of ABS. Due to the specially selected proportions of polycarbonate and ABS, the Tarfuse PC-ABS filament is characterized by properties that make this material ideal for printing elements such as dashboards, door handles, instrument panels, etc.

Tarfuse® tech is a brand of 3D printing filaments of Grupa Azoty S.A., the largest chemical company in Poland.

The Tarfuse PC-ABS 3D printing filament combines the excellent mechanical properties, impact strength and construction of polycarbonate (PC) with the good properties of ABS. Due to the specially selected proportions of polycarbonate and ABS, the Tarfuse PC-ABS filament is characterized by properties that make this material ideal for printing elements such as dashboards, door handles, instrument panels, etc.

Innovatefil® PEI is a 3D printing filament made of ULTEM™ 9085 resin. Due to its high glass transition temperature, it offers excellent properties at elevated temperatures.

Innovatefil PEI is a thermoplastic filament to be used in applications where high performance is required. It is focused on the aerospace, military or automotive sector. Its main advantage is its resistance/weight ratio, it also has excellent thermal and chemical resistance so it is especially suitable for objects with demanding applications.

Innovatefil PP-CF by Spanish manufacturer, Smart Materials 3D is a polypropylene-based filament reinforced with a high carbon fibre load, which considerably improves the final piece's dimensional stability, achieving very good quality finishes. Furthermore, thanks to incorporating these fibres, we obtain a stiffer material than standard PP, but with enough flexibility to provide high-impact, mechanical and thermal resistance.

Innovatefil PP-GF by Spanish manufacturer, Smart Materials 3D is a 3D printing filament with a polypropylene base reinforced with a high load of 20% fibreglass, which considerably improves the dimensional stability of the final piece, achieving very good quality finishes. In addition, thanks to incorporating these fibres, we obtain a more rigid material than PP without load, but with enough flexibility to provide high impact, mechanical and thermal resistance.

INNOVATEFIL® PVDF (Polyvinylidene Fluoride) is an opaque semi-crystalline thermoplastic fluoropolymer with advanced properties that is suitable for technical, engineering, or research applications in the industrial market.

Its main advantage is thermal resistance to most chemical compounds (except caustic solutions and ketones), making it a valuable material in the chemical industry. It is notable for its excellent mechanical properties, high resistance to abrasion and impact, and it is an excellent choice for long exposures in the outdoor environment without losing properties, long-lasting hydrolytic stability, and even high radiation resistance.

MoldLay filament is a wax material for 3D printing, designed to create casting moulds for castings using the lost wax method. The printing process of MoldLay filament is similar to PLA filament (printing temperature up to 170-180°C). The difference with the standard 3D printing filaments appears after heating the printed form to a temperature of 270°C. At this temperature, MoldLay transforms into a low-viscosity fluid, allowing easy mould removal of the casting mould.

MoldLay filament is a wax material for 3D printing, designed to create casting moulds for castings using the lost wax method. The printing process of MoldLay filament is similar to PLA filament (printing temperature up to 170-180°C). The difference with the standard 3D printing filaments appears after heating the printed form to a temperature of 270°C. At this temperature, MoldLay transforms into a low-viscosity fluid, allowing easy mould removal of the casting mould.