Cardboard plastic, or corrugated plastic sheet, has diverse applications in the construction industry due to its specific properties. This material is lightweight, moisture-resistant, provides thermal and acoustic insulation, and is recyclable. Below are some applications of cardboard plastic in the construction industry:

Partitioning and creating separate spaces
Fencing and barriers for construction sites
False ceiling
Concrete form work, leveling, and culvert work (expansion joints)
Soundproofing, thermal insulation, and waterproofing
Production of plastic blocks for construction
Use in foundations
Replacing substandard concrete with plastic sheets

Partitioning and creating separate spaces
Fencing and barriers for construction sites
False ceiling
Concrete form work, leveling, and culvert work (expansion joints)
Soundproofing, thermal insulation, and waterproofing
Production of plastic blocks for construction
Use in foundations
Replacing substandard concrete with plastic sheets

The use of corrugated plastic can help reduce costs, increase construction speed, and improve project quality.

Plastic sheets in partitioning

Plastic sheets in warehouse construction

Plastic sheets in formwork

Non-stick to concrete
Resistance to water, acid, and alkali
Prevention of moisture absorption and concrete bleed, thus increasing concrete strength
Reduction in formwork execution time
Ease of formwork removal
Reduction of waste upon formwork removal
Reusability
Simultaneous execution of columns and beams, saving materials
Possibility of creating lighter and safer structures against earthquakes
Savings in concrete consumption
Reduced labor due to the lightweight forms
Ease of executing curved and special shapes
Creation of smooth and polished external surfaces
High flexibility and the possibility of cutting into various shapes
Conservation of natural resources by substituting plastic sheets for wood

Production of panels in flat form and assembly on-site, reducing transportation costs
Possibility of producing panels in various sizes up to 210 centimeters in length
Reduction of the dead load of the building (lightweight panels)
Possibility of producing special panels that can be reused in ceilings
Prevention of concrete corrosion (a problem caused by polystyrene)