Engineering door is a door made of natural wood that has been processed, stacked, and given a layer of veneer so that it becomes a door. Why should engineering doors be made? This engineering door is here to cover problems that often arise in solid wood doors, such as warping, cracking, shrinkage and others. 

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What are the stages of the process of making engineering doors from wood:

• Before being processed into engineering doors, wood is in the oven first until the moisture content reaches 12%.

• After being in the oven, the wood will be split or cut to size.

• After splitting, glue is given to glue the wood together (joint laminating) so that it becomes a board that can be used for slimar or door filling.

• After forming a door, it is then coated with veneer according to the appearance of the door. (The veneer coating process can also be done before the assembly or assembly process.

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The advantages of solid wood engineering compared to solid wood doors:

• Engineered wood doors are relatively resistant to shrinkage and warping because they consist of layers of wood glued together.

• Engineered wood doors are more environmentally friendly because they use leftovers from wood factories.

• Engineered wood doors are more varied and have an attractive appearance because they are coated with veneers of various types of wood as needed.

• Engineered wooden doors are resistant to termites and have resistance to sound leaks.

• Can be finished with melamine or duco paint.