Technical filaments

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 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.

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® PETG FP is a Copolyester Glycol (PETG) based compound that has been modified with flame retardant additives based on halogens and red phosphorus. It slows the spread of fire by being more resistant to igniting and remaining on fire. It is intended to reduce the possibility of a fire starting due to contact with a small heat source, such as a small flame or an electrical fault. INNOVATEFIL® PETG FP complies with the V-0 specification according to the UL94 standard.

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

MaxFilament Polyamide 6 (PA6) is one of the most widely used polymers in the world. It offers excellent thermal and physical properties for the price. The main feature of MaxFilament PA6 is fatigue resistance. Components made of this material can be repeatedly deformed at different frequencies without affecting its properties. In addition, like all polyamides, MaxFilament PA6 has high abrasion resistance and will perform well in the production of prototype sliding components. MaxFilamentPA6 can be used long-term at temperatures as high as 120°C, and at -30°C it retains satisfactory impact strength.
MaxFilament PA6 is successfully used for the production of functional prototypes, housing components, production tooling, and moving parts operating at high temperatures or exposed to chemicals.

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.

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.

Filament composed of a tough nylon reinforced with a high content of carbon fibers, it’s perfect for precise and stable prints of objects that need to resist to high-temperatures, strains, and impacts.
Very easy to print in any machine and without any strong odor, it’s optimized for low temperatures (240/245°C) and standard nozzle size (0.4 mm), with almost no tendency to unravel or shrink.

Suggested printing temperature: 250-265°C

Suggested printing speed: 40 mm/s

Suggested bed temperature: 60-70°C

Filament composed of nylon charged with glass fibres (approximately 18% by weight), allows precise prints and it’s a great choice for technical and mechanical purposes.
Very easy to print, it’s compatible with all machines and with a standard nozzle (0.4 mm) it can be printed at a low temperature (240/245°C).