The premier companies in the country test the state-of-the-art heat attenuation screen In Melbourne products in compliance with market standards and requirements. The bronze screens have special angles, creating an ideal solution for heat reflection. 

Considering the high-density buildings, you’re working or living in; it becomes imperative to protect structures from fire. 

• They test the screens at leading facilities, where the screens achieved an attenuation level of 49.4%. 
• It ensures radiant heat, naked flames, and floating embers don’t create ignition risk for your property. 

1) Know the basics:

Not only does a heat attenuation screen In Melbourne provide optimum attenuation, but it also entails two times more space than other screens. It makes them virtually indiscernible from the inside. It gives a beautiful outward vision. 

• These screens are a fire-engineered solution to shield openings in proximity to property boundaries. 
• Cutting-edge technology is the MicroLouvre technology. It is a great addition to any building that has a setting. 
• As you set the Louvers at a 2mm distance from one another, the attenuation screen adheres to AS3959. You can use it as a bushfire prevention screen.

2) Ensuring better protection:

You can compare radiant heat attenuation screens by the heat reduction percentage of the screens. 

• Since you don’t have any standard or run-off-the-mill test methodology, some people claim the concerning percentage of attenuation as the level of heat reduction in the screen. You can measure it 350-370 mm behind the screen.
• In reality, it reduces the heat without the concerned screen in the right place at the same position.

3) On the placement:

So, where would you use a fire attenuation screen? You need to remember that the current population density of cities is increasing at a huge rate. It means that more and more constructions are mushrooming each day and buildings are coming closer to your property. 

• You build class 2-class 9 buildings within six meters of your property boundary. It requires extensive fire protection for outward walls.
• The main components that make radiant heat attenuation screens are cost-effectiveness and practicality. 
• According to the National Constructive Code or NCC, exterior wall openings need fire protection. 
• The options are fire windows, one-hour-fire-rated doors, external walls, fire shutters, and wetting sprinklers.
• The fire attenuation screens provide a cost-effective alternative to the DTS or deemed-to-satisfy requirements of NCC. 
• The high performance and extensive testing can help fire engineers use fire attenuation screens. 
• They can determine and decipher the heat fluxing capacity of the system and how the building can endure it following CV2 and verification methods CV1. 

4) Light and sun control:

The screens take up 100% solar energy and reflect 4% solar energy. It entails 82% absorption and re-radiation. In the interiors, it produces 14% heat gain in totality. It provides 7% direct transmission of solar energy. The absorption and re-radiation is 7%.

5) Benefits at a glance:

The screens provide an 85% reduction in solar heat gain. They provide 100% shading at a solar angle, surpassing 40 degrees. It increases the comfort level inside the building by minimizing the internal temperature in proximity to windows.