Search

Functional and reactive polymers can be synthesized by fused deposition modeling, 3D printing,and sol-gel technique. The different methods of 3D printing to create, market, and distribute various types of products have recently gained worldwide interest. 3D-printed materials show higher resistance and manual performance. The functional and reactive polymers are applied for fabrication in self-supporting constructs as dielectric for high-performance electronics and thermal management applications. Inorganic and organic 3D structures have been used as photoinitiators in the digital light system. Hexagonal boron nitride polymer nanocomposites for room temperature with little post-printing process will facilitate their widespread use in quick prototyping. Capability for future biomedical scaffold in cellular proliferation and differentiation, and hard and soft tissue regenerations are shown by the gelatin/polyvinyl alcohol scaffold.