The Ultrafuse ABS Red BASF filament represents a reliable option specifically designed for robust and heat-resistant 3D prints.
It is available in two diameters: 1.75mm and 2.85mm, and comes in 750g spools.
Our experts are at your service to answer your questions and provide advice at info@polyfab3d.com.
Delivery within 48/72 hours
Order before 1pm. Same day shipping
Free delivery
Free delivery near you from €69.90
Premium support
Our teams are on hand to answer all your questions
Over 3500 products
A wide choice of products from the biggest brands
Ultrafuse ABS Red BASF is a 3D filament known for its reliability, rigidity, and heat resistance.
Its characteristics make it an ideal choice for printing robust parts that require high strength or for engineering applications.
The Ultrafuse ABS Red filament offers clear advantages:
Reliability: 3D printing with Ultrafuse ABS Red is renowned for its reliability and is carefully tested by BASF.
High heat resistance: This filament has excellent capacity to withstand high temperatures, making it perfect for applications requiring strong thermal resistance.
Rigidity and impact resistance: Ultrafuse ABS Red is a rigid 3D filament that provides remarkable impact resistance, making it suitable for durable and solid parts.
For optimal results when printing with Ultrafuse ABS Red, it is recommended to use an adhesive surface such as BlueTape, BuildTak, or a 3D spray.
Ensure your 3D printer is equipped with a heated bed, which should be set between 80 and 100°C.
For filament extrusion, set the printing temperature between 230 and 250°C. Note that Ultrafuse ABS Red is compatible with 3D printers supporting 1.75mm or 2.85mm filaments and equipped with a heated bed.
Before placing an order, ensure your 3D printer is compatible with this filament by checking the manufacturer’s technical specifications. This guarantees successful prints and optimal results.
Specifications for Ultrafuse ABS Red BASF - 1.75mm - 750 g
Technology / Product
Technical values
Extrusion
Specific equipment
Installation / Prerequisites