1.75mm TPU 72D Flexible Filament for 3D Printers - 1kg (2.2lb) Spool, ±0.03mm Precision, High-Tensile Strength-White

Material characteristicsThe raw material of 72D hardness TPU filament comes from high-hardness polyester TPU. Based on TPU's good abrasion resistance and good printing adhesion properties, the printed products can be used directly as finished products. It is currently used for certain rigidity and high toughness requirements. field.Printing conditionsRecommended printing layer thickness: 0.15~0.3mmRecommended printing temperature: 220~245℃Recommended printing speed: 25-~40mm/sRecommended heating temperature: no heating or heating to 55°CInstructions for use72D TPU filament is harder and more rigid. You can use a traditional 3D printer to print. It is best that the passage from the extruder to the nozzle is closed, so that the printing is more stable and smooth.The 72DTPU filament is more sensitive to the printing temperature, and the printing temperature can be fine-tuned during the printing process to further optimize the printing conditions.

• 1. Vacuum sealing: Printer consumables are vacuum sealed and packaged to ensure optimal quality storage.
• 2. High compatibility and; Wide applicability: Supports almost all FDM 3D printers on the market, widely used in industrial production, medical applications, industrial art, personal DIY and other fields.
• 3. Dimensional accuracy and; Consistency: Advanced CCD diameter measurement and adaptive control systems ensure strict tolerances during the manufacturing process. Diameter 1.75mm, dimensional accuracy /-0.03mm, without exaggeration; 1kg spool (2.2 pounds)
• 4. High quality TPU filament: TPU 3D filament has the advantages of high purity, low shrinkage rate, and excellent interlayer adhesion, which can meet your needs for different printing projects. Made from environmentally friendly natural materials.
• 5. Print quality: minimum tolerance and low warpage to ensure consistent feeding and smooth printing. No clogging, entanglement, or bubbles, resulting in excellent surface smoothness and high precision of printed components