Panels for external facades

External façade panels are a flexible and efficient way to change the perception of your business. These cutting-edge panels offer useful features like durability and insulation while transforming your facade into breathtaking architectural art.

In addition to their beautiful surface, these external panels are highly sought-after because of their exceptional thermal and acoustic insulation, great impact resistance, and impermeability.

They may consist of a metal panel with two sheets, one on top of the other, covered by an insulator made of rock wool or polyurethane, among other materials. Nevertheless, alternative non-insulating materials like polycarbonate or corrugated sheet metal are also used to make panels.

Sandwich Panel

Lightweight panel with an insulating polyurethane foam core and two pre-lacquered steel plates that are perfect for roof enclosures and facades.

Fiberglass panels

RV exterior wall panels are a common material option in construction because of their strength, resilience to weather and damage, and capacity to be molded into unique designs. They lessen structural loading and are simple to install because of their small weight. Because of their corrosion resistance, they also require minimal care, which makes them a beautiful and long-lasting option for external cladding in a range of architectural applications.

Panel of rock wool

Panel of rock wool is up of two pre-lacquered steel plates joined by an insulating mineral wool core. Its primary benefit is its great fire resistance, which enables the construction of more energy-efficient spaces.


One material that effectively captures the natural light, reduces energy costs and offers superior thermal and acoustic insulation is polycarbonate.

Definition of polycarbonate sheets

An operation's effectiveness in growing crops in greenhouses is largely dependent on the quality of its cladding. Growers want a covering that will assist provide perfect conditions for their crops independent of the outside environment if they are to generate consistent, high-quality harvests year-round.

The right material will assist farmers boost their bottom line by reducing monthly running expenses and promoting greater plant development. These factors have led to a recent trend among greenhouse farmers to cover their buildings with polycarbonate panels.

Growers have access to an excellent cladding solution with polycarbonate panels since they provide efficient light dispersion and transmission, make maintenance easier, and enhance the heat retention of their structure. Additionally, they provide a variety of solutions so that businesses may utilize them to grow no matter where they are.

Definition of polycarbonate sheets

Rigid plastic sheets called polycarbonate panels are almost as clear as glass. Growers may produce one of the toughest greenhouse covers possible using their material, which provides enough resistance to impacts.

Polycarbonate offers a greenhouse with excellent levels of light diffusion and transmission in addition to its exceptional strength. In greenhouse production, light transmission is generally thought to be optimal in the range of 80% to 90%. Depending on their thickness and layer count, polycarbonate greenhouse panels lie between those two extremes of the threshold.

The light transmission rate of 8 mm twin-wall polycarbonate is around 80%. This reduces the chance of overheating or sunburn while enabling the majority of crops to flourish.

The same applies to the dispersion of light. Diffused light is often better for crops since it is more equally dispersed and reaches all around them. Diffused light is employed by polycarbonate panels to restrict the amount of direct light that reaches the tops of crops and to encourage consistent crop development. An excessive amount of intense, direct light may be detrimental to crop growth.

Additionally, growers are intended to have a more practical option using polycarbonate greenhouse panels. The polycarbonate panels are almost indestructible and resistant to shattering, making transportation to the locations easier because there is a lower chance of damage occurring during shipping. Additionally, because these sheets are lightweight, building greenhouses may be streamlined by cutting and installing them more quickly in bigger parts.