Viscous gels can incorporate a higher concentration of solid additives without needing to compromise for viscosity. Their thicker, paste-like consistency allows for greater particle loading, which enhances the resin’s mechanical properties and results in a stronger, more durable final product. In contrast, low-viscosity resins often sacrifice particle loading for flowability, which dilutes the resin and weakens the final product.

Viscous gels can incorporate a higher concentration of solid additives without needing to compromise for viscosity. Their thicker, paste-like consistency allows for greater particle loading, which enhances the resin’s mechanical properties and results in a stronger, more durable final product. In contrast, low-viscosity resins often sacrifice particle loading for flowability, which dilutes the resin and weakens the final product.

Viscous gels can incorporate a higher concentration of solid additives without needing to compromise for viscosity. Their thicker, paste-like consistency allows for greater particle loading, which enhances the resin’s mechanical properties and results in a stronger, more durable final product. In contrast, low-viscosity resins often sacrifice particle loading for flowability, which dilutes the resin and weakens the final product.

Viscous gels can incorporate a higher concentration of solid additives without needing to compromise for viscosity. Their thicker, paste-like consistency allows for greater particle loading, which enhances the resin’s mechanical properties and results in a stronger, more durable final product. In contrast, low-viscosity resins often sacrifice particle loading for flowability, which dilutes the resin and weakens the final product.