Dimensionally adjustable thermally broken door panel

A dimensionally adjustable thermally broken door panel having a door thickness, the dimensionally adjustable thermally broken door panel consisting of:

• a. a first thermally conductive metal door skin;
• b. a second thermally conductive metal door skin;
• c. a plurality of non-thermally conductive trimable edges, each non-thermally conductive trimable edge partially contained within the first thermally conductive metal door skin and the second thermally conductive metal door skin, each non-thermally conductive trimable edge comprising:
• i. an edge flange comprising:
• 1. a door edge;
• and
• 2. an edge flange thickness identical to the door thickness;
• and
• ii. an insert flange integrally mounted to the edge flange, the insert flange projecting in a direction opposite the door edge, the insert flange having a thickness at least 5 percent to 60 percent less than the door thickness;
• and wherein the edge flange supports both the first thermally conductive metal door skin and the second thermally conductive metal door skin in a flush engagement;
• and
• d. an internal structural door component comprising a door core and a flange channel for receiving the insert flange from at least one of the plurality of non-thermally conductive trimable edges, the internal structural door component being contained between the first thermally conductive metal door skin and the second thermally conductive metal door skin forming a frame support structure;
• and
• wherein the dimensionally adjustable thermally broken door panel prevents thermal transfer which is a flow of thermal energy between the first thermally conductive metal door skin and the second thermally conductive metal door skin, while simultaneously enabling dimensional adjustment of the plurality of non-thermally conductive trimable edges on location to ensure a perfect fit into an existing door frame.