C-Tech 3DF-P-TPU90A-1.75-6038 3D filament, C-TECH PREMIUM LINE, TPU 90A, flexible, RAL6038 1.75mm, 1000g, Luminescent green

Product description

Flexible filament C-Tech 3DF-P-TPU90A-1.75-6038 from the C-TECH PREMIUM LINE series is designed for creating robust, flexible, and durable 3D prints. This thermoplastic polyurethane (TPU)-based material with a Shore hardness of 90A combines high flexibility with mechanical stability, making it an ideal choice for functional parts that must withstand repeated bending, impacts, and wear. Luminescent green color (RAL 6038) adds not only practical value to your projects, but also a visually attractive effect that stands out clearly in dark environments.

Thanks to its specific chemical structure, this filament is an excellent solution for manufacturing protective cases, seals, shock absorbers, shoe soles, flexible couplings, or parts for robotics and RC models. The material is characterized by low shrinkage, which ensures dimensional accuracy and shape stability even without the need for a heated chamber. Excellent adhesion between layers guarantees the cohesion and strength of the final print.

• Material: Thermoplastic polyurethane (TPU) 90A
• Filament diameter: 1.75 mm with a tolerance of ± 0.05 mm
• Package weight: 1000 g (1 kg)
• Color: Luminous green (RAL 6038)
• Printing temperature: 210–230 °C
• Bed temperature: 30–60 °C
• Print speed: 15–30 mm/s
• Elongation at break: up to 500%
• Tensile strength: approx. 40 MPa
• Chemical resistance: Good resistance to oils, lubricants, and fuels

For best results, we recommend using a direct extruder, which handles feeding flexible material better than a Bowden system.

Printing at lower speeds ensures a stable filament feed and high-quality layer deposition. Because TPU is sensitive to moisture, it is advisable to dry the filament before printing and then store it in an airtight package with a desiccant. This product is ideal for users looking for a reliable and high-performance material for demanding applications in the field of 3D printing.