Abstract: An apparatus for making fiber-reinforced molded articles having a mold surface with a configuration corresponding to at least a portion of a molded article. An electromagnetic energy production element produces electromagnetic energy required to cure the binder. The element is selected from electroluminescent devices, quantum dots and combinations thereof. The element is positioned on the mold surface so as to contact the electromagnetic energy-curable binder with the produced electromagnetic energy while the reinforcing fibers are on the mold surface.
Abstract: The present invention relates to methods of making preforms, fiber-reinforced molded articles and fiber mats, wherein the methods use electroluminescent devices such as LED's and/or quantum dots located on a surface of the mold.
Abstract: The present invention relates to methods of making preforms, fiber-reinforced molded articles and fiber mats, wherein the methods use electroluminescent devices such as LED's and/or quantum dots located on a surface of the mold.
Abstract: An apparatus for making fiber-reinforced molded articles having a mold surface with a configuration corresponding to at least a portion of a molded article. An electromagnetic energy production element produces electromagnetic energy required to cure the binder. The element is selected from electroluminescent devices, quantum dots and combinations thereof. The element is positioned on the mold surface so as to contact the electromagnetic energy-curable binder with the produced electromagnetic energy while the reinforcing fibers are on the mold surface.
Abstract: The present invention relates to methods of making preforms, fiber-reinforced molded articles and fiber mats, wherein the methods use electroluminescent devices such as LED's and/or quantum dots.