The invention discloses an energy-saving door and window profile formed by adhering aluminum on
solid wood and a manufacture method thereof, the energy-saving door and window profile comprises a
solid wood
finger joint laminated board, poly urethane resin (PUR)
reaction type polyurethane hot melt adhesives and aluminum
alloy coiled materials. The aluminum
alloy coiled materials are adhered to the surface of the
solid wood
finger joint laminated board through the PUR
reaction type polyurethane hot melt adhesives. The manufacture method of the energy-saving door and window profile comprises the following steps: 1 baking wood and splicing the wood into a square wood laminated board; 2 planning notch end faces for installing hardware parts on the square wood laminated board; 3 performing surface treatment of paint dipping and paint spraying; and 4 adhering a coiled aluminum film with the surface treated through paint rolling and spraying on the surface of
solid wood on the outdoor side by using the PUR
reaction type polyurethane hot melt adhesives. The energy-saving door and window profile formed by adhering the aluminum on the
solid wood is superior than an existing profile in terms of various indexes including heat insulation, energy saving, sound insulation,
pressure resistance, water-proof performance,
corrosion prevention, weather-proof performance,
aging resistance, material saving and the like. Compared with the existing profile, the
processing technology links of the energy-saving door and window profile and a product window are few and simple, and investment for
processing equipment and energy
resource consumption is low.