A Brief History of the Development of The Honeycomb Panel

The honeycomb aluminum panel is a widely used modern material for different applications, such as cladding, flooring, ceiling, marine, and transportation. It’s composed of two layers of aluminum sheets with an aluminum honeycomb core sandwiched between them. Thermoplastic adhesive films are used to bond those parts to create a complete composite panel. Despite being lightweight, honeycomb panels are notably strong. They’re cost-effective, too. But how did they come to be and who invented them? Here’s a quick run-down of their history and development.

Origins

The British first applied aluminum technology to aircraft structures in 1943, and this resulted in the creation of metal bonding technology. In the early 1950s, Americans created the cement sandwich structure and applied it to the aircraft structure. Aluminum panels with the aluminum honeycomb sheet sandwich structure were invented by Americans in 1956 and used on the F-14 and F-111 planes. It served as the main force of those planes’ surface area. 

Enhancements

In the early 1970s, the US requested the use of the honeycomb aluminum panel gluing technology for construction, particularly for decoration and civilian use. The aluminum honeycomb bonding technology from China; was meant originally for the building decoration industry. In the early 1990s, it was imported and became widespread for more applications, including domestic aviation.

Technology has come a long way

Nowadays, reputable manufacturers of honeycomb sheet panels offer various treatments for the material, including powder coating, PVDF, PE, and heat transfer printing. So, you should easily find the best treatment that can achieve your unique aesthetic requirements. The application of mature production techniques also enables manufacturers to provide oddly shaped honeycomb aluminum panels, such as 90-degree return, curved, and 3D panels.

The modern and exceptional sandwich structure of a honeycomb aluminum panel is bonded by epoxy thermoplastic films. The films and layers of aluminum sheets and honeycomb core are hot-pressed under temperatures of around 150 degrees Celsius. The result is a weather-resistant and elastic film-bonded aluminum panel that can withstand most extreme weather conditions.

 

 

 

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