White

The most widely used flexible 3D‑printing filament. Depending on its Shore hardness, TPU offers an exceptionally broad range, from ultra‑soft (82A) to semi‑rigid (98A). It boasts excellent wear resistance and chemical‑corrosion resistance, and printed parts can be repeatedly bent and rebounded without easily breaking.
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Orange

The most widely used flexible 3D‑printing filament. Depending on its Shore hardness, TPU offers an exceptionally broad range, from ultra‑soft (82A) to semi‑rigid (98A). It boasts excellent wear resistance and chemical‑corrosion resistance, and printed parts can be repeatedly bent and rebounded without easily breaking.
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Black

The most widely used flexible 3D‑printing filament. Depending on its Shore hardness, TPU offers an exceptionally broad range, from ultra‑soft (82A) to semi‑rigid (98A). It boasts excellent wear resistance and chemical‑corrosion resistance, and printed parts can be repeatedly bent and rebounded without easily breaking.
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Red

The most widely used flexible 3D‑printing filament. Depending on its Shore hardness, TPU offers an exceptionally broad range, from ultra‑soft (82A) to semi‑rigid (98A). It boasts excellent wear resistance and chemical‑corrosion resistance, and printed parts can be repeatedly bent and rebounded without easily breaking.
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Yellow

The most widely used flexible 3D‑printing filament. Depending on its Shore hardness, TPU offers an exceptionally broad range, from ultra‑soft (82A) to semi‑rigid (98A). It boasts excellent wear resistance and chemical‑corrosion resistance, and printed parts can be repeatedly bent and rebounded without easily breaking.
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Gray

The most widely used flexible 3D‑printing filament. Depending on its Shore hardness, TPU offers an exceptionally broad range, from ultra‑soft (82A) to semi‑rigid (98A). It boasts excellent wear resistance and chemical‑corrosion resistance, and printed parts can be repeatedly bent and rebounded without easily breaking.
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