Technology Student Laminating Wood

Commercial lamination takes two forms.

Technology student laminating wood.

These processes are ideal for printed posters that need an additional layer of protection. When thin layers of veneer are glued together forming one part they are called laminates. Students to investigate joining methods for plastics and metals. Laminated wood is suitable because it can be formed into relatively complex shapes and forms.

The natural wood gives a quality finish. Complex shapes can be achieved with one piece of laminated material. Laminated wood is suitable for the head rest back rest and seat of the eames chair. Max thickness of laminates veneers is 3mm.

Many layers of wood are bonded together and the layers are then cut into either planks or sheets. Laminating wood when making small curves it is best to laminate several many layers using thin strips of wood called veneers no steaming is required for small bends. Complex shapes can even be achieved with one piece of laminated material. The steel chromed legs give the chair a contemporary look.

Students to create a wood laminated wooden chip fork. It is positioned on the edge of the manmade board natural wood side facing upwards. Students to create a fact file on wood lamination joining methods for plastics metals and adhesives. This warms and melts the glue.

Pine is a relatively cheap wood used in the building trade and for furniture. Mahogany is quite expensive and is used for good quality furniture and hardwood windows. Examples of a hardwoods. The natural wood gives the ideal finish to furniture such as chairs.

Plywood or aeroply will give you the best results but you can also soak or steam your wood to make it more flexible if needed. It is light brown in colour and more difficult to use compared to pine. Students to investigate adhesives. Cold lamination and hot lamination.

Here is an easy trick to glue laminate wood evenly with minimal sanding. One side is natural wood and the other is a layer of glue adhesive. It is pale in colour quite easy to cut and shape and machines relatively well. Both processes are similar as they utilise rollers pressing a layer of polyethylene against a printed surface.

A strip of veneer is cut slightly longer than the edge of the board. A hot iron is placed on top of the veneer.