eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A es un filamento de la familia eFil de filamentos el?sticos basados en el TPU. Su dureza es Shore 90A, la dureza que se encuentra en el punto de equilibrio entre la facilidad de impresi?n y la m?s alta flexibilidad. La dureza 90A es la dureza que podemos encontrar en una suela de zapato.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.

eFil TPU 90A belongs to the eFil family of flexible TPU-based filaments. Its hardness is Shore 90A , which combines a high degree of flexibility while maintaining ease of printing . In addition, we can obtain different degrees of hardness by varying the percentage of filling during 3D printing. The 90A hardness can reach 470% elongation and is what we can find, for example, in the sole of a work boot. Its tensile strength reaches 35 MPa and impact resistance is 126 N / mm.