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International Journal of Extreme Manufacturing · 2025 · IF 21.3

3D printing of hard/soft switchable hydrogels

Guofeng Liu,Pengcheng Xia,Weicheng Kong,Tianhong Qiao,Yuan Sun,Wenjie Ren,Yong He

3D printing of soft/tough hydrogels has been widely used in flexible electronics, regenerative medicine, and other fields. However, due to their loose crosslinking, strong hydration and plasticizing effect of solvent (typically water) and susceptibility to swelling, the printed hydrogels always suffer from bearing compressive stress and shear stress. Here we report a 3D photo-printable hard/soft switchable hydrogel composites which enabled by the phase transition (liquid/solid transition) of supercooled hydrated salt solution (solvents) within hydrogel. In hard status, it achieved a hardness of 86.5 Shore D (comparable to hard plastics), a compression strength of 81.7 MPa and Young's modulus of 1.2 GPa. These mechanical property parameters far exceed those of any currently 3D printed hydrogels. The most interesting thing is that the soft/hard states are easily switchable and this process can be repeated for many times. In supercooled state, the random arrangement of liquid solvent molecular within hydrogels makes it as soft as conventional hydrogels. Upon artificially seeding of crystal nucleus, the solvent in hydrogel undergoes rapid crystallization, resulting in the in-situ formation of numerous rigid, ordered rod-like nanoscale crystals uniformly embedded within the hydrogel matrix. This hierarchical structure remarkably enhances the Young's modulus from kPa to GPa. Furthermore, the softness of hydrogel can be restored by heating and then cooling down to recover the supercooled state of solvent. Taking the advantage of soft/hard status switching, the hydrogel can conform to complex surface morphologies in their soft and then frozen that shape through crystallization, enabling rapid mold fabrication. Moreover, a shape fixation and recyclable smart hydrogel medical plaster bandage was developed also, capable of conforming the limb shapes and providing adequate support for the bone fracture patients after 10 minutes of crystallization. Our work suggests a bright future for direct use of the hard hydrogel as a robust industrial material.

研究领域: 生物材料学 · 医学工程 · 材料科学
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Forests · 2024 ·Vol. 15 ·期 2 ·384 · IF 2.4

Preparation and Properties of Soft-/Hard-Switchable Transparent Wood with 0 °C as a Boundary

Yang Liu,Yi Zhang,Jianhui Guo,Gaiping Guo,Cheng Li

Transparent wood has excellent optical and thermal properties and has great potential utilization value in energy-saving building materials, optoelectronic devices, and decorative materials. In this work, transparent wood with soft-/hard-switchable and shape recovery capabilities was prepared by introducing an epoxy-based polymer with a glass transition temperature of about 0 °C into the delignified wood template. The epoxy resin was well filled in the pore structure of the delignified wood, and the as-prepared wood exhibited excellent transparency; the optical transmittance and haze of the transparent wood with a thickness of 2.0 mm were approximately 70% and 95%, respectively. Because the glass transition temperature of the epoxy-based polymer was about 0 °C, the prepared transparent wood was rigid below 0 °C and flexible above °C; meanwhile, the transparent wood exhibited shape change and shape recovery properties. Incorporating optical transparency and soft-/hard-switchable ability into the transparent wood opens a new avenue for developing advanced functional wood-based materials.

CAS / MDL: 64-19-7 7758-19-2
研究领域: 材料科学 · 林业工程
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