eTPU-95A is a tpu filament series with ultra-high fluidity and excellent elasticity. Products using these3d printing materialsare not easily deformed, have good softness, high tear resistance, wear resistance and cut resistance, high hardness and good resilience, and are very suitable for insoles, shoes, medical prostheses, delivery tubes, etc. .
In February 2022, eSUN and Wanhua Chemical jointly released antibacterial TPU 3d printing materials. Orthodontic insoles made of thistpu filamentcan effectively inhibit the production of fungi and bacteria, and the antibacterial effect exceeds 99.9%. In addition, the TPU material also has the best anti-mold effect, and the anti-mold grade is 0, which can tolerate the growth of mold. The antibacterial TPU 3D printed insole can maintain the foot hygienic environment better than ordinary insoles.
3D printing materials with rich performance and characteristics help to expand the application scenarios of 3D printing technology and realize better possibilities!
eTPU-95A is a tpu filament series with ultra-high fluidity and excellent elasticity. Products using these 3d printing materials are not easily deformed, have good softness, high tear resistance, wear resistance and cut resistance, high hardness and good resilience, and are very suitable for insoles, shoes, medical prostheses, delivery tubes, etc. .
In February 2022, eSUN and Wanhua Chemical jointly released antibacterial TPU 3d printing materials. Orthodontic insoles made of this tpu filament can effectively inhibit the production of fungi and bacteria, and the antibacterial effect exceeds 99.9%. In addition, the TPU material also has the best anti-mold effect, and the anti-mold grade is 0, which can tolerate the growth of mold. The antibacterial TPU 3D printed insole can maintain the foot hygienic environment better than ordinary insoles.
3D printing materials with rich performance and characteristics help to expand the application scenarios of 3D printing technology and realize better possibilities!