Composite panel with connecting strip and method
A composite panel for a storage container and method for producing a composite panel is provided. The composite panel includes a composite assembly and a metallic connecting strip. The composite assembly includes a first polymer skin, a second polymer skin, and a core disposed between the first polymer skin and the second polymer skin. The metallic connecting strip is bonded to the composite assembly.
1. A composite panel for a storage container, comprising:
a composite assembly comprising
a first polymer skin,
a second polymer skin, and
a core disposed between the first polymer skin and the second polymer skin; and
a metallic connecting strip bonded to the composite assembly,
wherein the metallic connecting strip includes:
a first metallic connecting strip bonded to a first edge of the first polymer skin,
a second metallic connecting strip bonded to a second edge of the first polymer skin,
a third metallic connecting strip bonded to a first edge of the second polymer skin,
a fourth metallic connecting strip bonded to a second edge of the second polymer skin,
a fifth metallic connecting strip bonded to a third edge of the first polymer skin between the first metallic connecting strip and the second metallic connecting strip,
a sixth metallic connecting strip bonded to a fourth edge of the first polymer skin between the first metallic connecting strip and the second metallic connecting strip,
a seventh metallic connecting strip bonded to a third edge of the second polymer skin between the third metallic connecting strip and the fourth metallic connecting strip, and
an eighth metallic connecting strip bonded to a fourth edge of the second polymer skin between the third metallic connecting strip and the fourth metallic connecting strip.
2. The composite panel of claim 1 , wherein the first metallic connecting strip extends laterally away from the composite assembly to define a first overhang.
3. The composite panel of claim 1 , wherein the metallic connecting strip is bonded to the first polymer skin on an interior surface relative to a lateral edge of the first polymer skin.
4. The composite panel of claim 1 , wherein the core is one of thermally welded to each of the first polymer skin and the second polymer skin, or coupled to each of the first polymer skin and the second polymer skin by an adhesive.
5. The composite panel of claim 1 , wherein the core is a partially hollow structure comprising a cell network of substantially hollow cells.
6. The composite panel of claim 1 , wherein the first polymer skin and the second polymer skin comprise glass-reinforced plastic.
7. The composite panel of claim 1 and further comprising an adhesive configured to bond the metallic connecting strip to the composite assembly.
8. A wall assembly for a storage container, comprising:
a plurality of composite panels coupled together, wherein each of the plurality of composite panels includes:
a composite assembly with a first polymer skin, a second polymer skin, and a core disposed between the first polymer skin and the second polymer skin; and
a metallic connecting strip bonded to the composite assembly,
wherein the metallic connecting strip includes:
a first metallic connecting strip bonded to a first edge of the composite assembly, and
a second metallic connecting strip bonded to a second edge of the composite assembly
wherein the first metallic connecting strip of a first one of the plurality of composite panels is coupled to the second metallic connecting strip of an adjacent second one of the plurality of composite panels.
9. The wall assembly of claim 8 and further comprising a first adhesive configured to bond the first metallic connecting strip to the composite assembly, and a second, different adhesive configured to bond together the first metallic connecting strip of the first one of the plurality of composite panels to the second metallic connecting strip of the adjacent second one of the plurality of composite panels.
10. The wall assembly of claim 8 , wherein the first metallic connecting strip extends laterally away from the composite assembly to define an overhang, and the overhang of the first one of the plurality of composite panels is coupled to the second metallic connecting strip of the adjacent second one of the plurality of composite panels.
11. The wall assembly of claim 8 , wherein the storage container includes a top rail, a bottom rail, and a vertical rail, and the metallic connecting strip is bonded to one of the top rail, the bottom rail, and the vertical rail.
12. A wall assembly for a storage container, wherein the storage container includes a top rail, a bottom rail, and a vertical rail, the wall assembly comprising:
a plurality of composite panels coupled together, wherein each of the plurality of composite panels includes:
a composite assembly with a first polymer skin, a second polymer skin, and a core disposed between the first polymer skin and the second polymer skin; and
a metallic connecting strip bonded to the composite assembly, wherein the metallic connecting strip is further bonded to one of the top rail, the bottom rail, and the vertical rail; and
a first adhesive configured to bond the metallic connecting strip to the composite assembly, and a second, different adhesive configured to bond the metallic connecting strip to one of the top rail, the bottom rail, and the vertical rail.
13. The wall assembly of claim 8 and further comprising a logistics rail coupled to the metallic connecting strip.
14. A method for producing a composite panel for a vehicle, the composite panel including a composite assembly with a first polymer skin, a second polymer skin, and a core, and a metallic connecting strip, the method comprising:
laminating the core between the first polymer skin and the second polymer skin;
applying an adhesive strip to the metallic connecting strip for form a strip assembly;
introducing the strip assembly to each edge of the first polymer skin;
laminating the strip assembly to each edge of the first polymer skin
introducing the strip assembly to each edge of the second polymer skin; and
laminating the strip assembly to each edge of the second polymer skin.
15. The method of claim 14 , wherein laminating the strip assembly includes applying heat and pressure to the strip assembly to activate the adhesive strip to bond the metallic connecting strip to the first polymer skin.
16. The method of claim 14 , wherein laminating the core includes one of thermally welding the core to the first polymer skin and the second polymer skin, or bonding the core to the first polymer skin and the second polymer skin with an adhesive.