BASF Ultrafuse PC GF30 700g 1.75mm

Ultrafuse PC GF30: The future of industrial 3D printing technology Unmatched strength and heat resistance

Ultrafuse® PC GF30 sets new standards in industrial 3D printing with its exceptional strength and heat resistance. With a high 30% glass fiber content, this filament was specifically developed for applications requiring extreme strength and heat resistance. Its high heat resistance of up to 134°C ensures your parts retain their shape and stability even under the most demanding conditions. Perfect for the production of functional prototypes, tools, and end-use parts that must be durable and resilient.

Versatility for indoor and outdoor applications

Thanks to its UV resistance and low moisture absorption, Ultrafuse® PC GF30 is ideal for both indoor and outdoor use. Whether in the transportation, automotive, or construction industries, this filament meets all the requirements for a durable, weather-resistant material. Furthermore, it meets the V0 flame-retardant rating, making it the optimal choice for safety-critical applications requiring high flame resistance.

Optimal printing results: Tips & tricks for perfect printing

To achieve the best results with Ultrafuse® PC GF30, several important parameters should be considered. A nozzle temperature of 280-330°C and a print bed temperature of 80-100°C are crucial for consistent material flow and excellent adhesion. For optimal print quality, a nozzle size of at least 0.6 mm is recommended, while a print speed of 30-60 mm/s offers the best compromise between detail and efficiency. Drying the filament at 100°C for at least 5 hours before printing is essential to remove moisture and avoid print defects.

Recommended processing parameters for 3D printing Parameter Value Nozzle temperature 280 – 330 °C / 137.8 – 165.6 °F Build chamber temperature - Bed temperature 80 – 100 °C / 26.7 – 37.8 °F Bed material PC Adhesion promoter Nozzle diameter ≥ 0.6 mm Print speed 30 - 60 mm/s Drying recommendations Parameter Value Drying conditions 100 °C in a hot air dryer or vacuum oven for 4 to 16 hours Note The material must be kept dry at all times to ensure consistent material properties. General Properties Property Value Standard Density of printed part 1176 kg/m³ / 73.4 lb/ft³ ISO 1183-1 Thermal Properties Property Value Standard Heat deflection temperature (HDT) at 1.8 MPa 124 °C / 255.2 °F ISO 75-2 Heat deflection temperature (HDT) at 0.45 MPa 134 °C / 273.2 °F ISO 75-2 Glass transition temperature 142 °C / 287.6 °F ISO 11357-2 Melting temperature 259 °C / 498.2 °F ISO 11357-3 Melt volume flow rate 26 cm³/10 min / 1.6 in³/10 min (300 °C, 2.16 kg) ISO 1133 Flame retardancy class V0 @ 1.5 mm and 3.0 mm Thickness UL 94 Mechanical Properties Property Value Direction Standard Tensile Strength 36.1 MPa / 5.3 ksi XY ISO 527 Tensile Strength 11.2 MPa / 1.6 ksi ZX ISO 527 Elongation 2.4 % XY ISO 527 Elongation 1.1 % ZX ISO 527 Elastic Modulus 2665 MPa / 386.5 ksi XY ISO 527 Elastic Modulus 1231 MPa / 178.5 ksi ZX ISO 527 Flexural Strength 63.4 MPa / 92 ksi XY ISO 178 Flexural Strength 19 MPa / 2.8 ksi ZX ISO 178 Flexural Modulus of Elasticity 2690 MPa / 390.2 ksi XY ISO 178 Flexural Modulus of Elasticity 934 MPa / 135.5 ksi ZX ISO 178 Flexural stress at break 3.2 % XY ISO 178 Flexural stress at break 2.5 % ZX ISO 178 Charpy impact strength (on notched test specimen) 6.1 kJ/m² XY ISO 179-2 Charpy impact strength (on notched test specimen) 1.8 kJ/m² ZX ISO 179-2 Izod impact strength (on notched test specimen) 5.6 kJ/m² XY ISO 180 Izod impact strength (on notched test specimen) 2.1 kJ/m² ZX ISO 180