Description
TPU GF Filament for 3D Printing: Durable, Soft Touch, Glass Fiber Filled
Color: BLUE
Printing Parameters
- Material Drying: 4 hours at 30 °C
- Nozzle Temperature: 200-220 °C
- Print Bed Temperature: 50-60 °C
- Extrusion Temperature: 200-220 °C
- Cooling Chamber: OFF
- Recommended Nozzle: Brass
Material Characteristics
The TPU GF filament (glass fiber filled) is an innovative material designed for 3D printing, offering a unique combination of flexibility, mechanical strength, and high aesthetic quality. The presence of glass fibers provides the material with an extraordinarily elegant surface finish and a “soft touch” feel, making it ideal for applications requiring a professional appearance and excellent ergonomics.
The material has a density of 1.22 g/cm³ and a tensile modulus of 160 MPa, ensuring excellent dimensional stability and a good ability to withstand stress. An elongation at break of over 50% confirms its remarkable flexibility, making it suitable for components subject to repeated deformation.
Features
- Aesthetic and Soft Touch: The surface finish provided by the glass fibers is ideal for ergonomic grips and design components.
- Mechanical Strength: Excellent performance under stress, both in terms of tension and elasticity, for long-lasting results.
- Ease of Printing: Compatible with non-heated chamber 3D printers and standard brass nozzles.
Applications
This filament is particularly suitable for:
- Ergonomic Grips: Perfect for tools, sports equipment, or electronic devices.
- Design Components: Ideal for prototypes or objects with sophisticated aesthetic finishes.
- Industrial Sector: Suitable for creating functional parts with specific needs for strength and dimensional stability.
Note: This product is not suitable for food contact, medical, pharmaceutical, or toy applications. For more information, contact the company’s technical service.
Thanks to these characteristics, the TPU GF filament represents a versatile and high-performance solution for 3D printing professionals looking for innovative and highly aesthetic materials.
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