Air conditioning Industrial: Air Conditioning, Wind Tunnels, Diffusing & Shielding, Sacrificial beds

Aluminium Honeycomb for Air Conditioning, Wind Tunnels, Diffusing & Shielding, Sacrificial beds

Aluminium honeycomb for Air Conditioning, Wind Tunnels, Diffusing and Shielding

Aluminium honeycomb  is suitable for use in a range of specialised applications including air conditioning, wind tunnels, diffusing, electromagnetic shielding, flow straightening and sacrificial beds. Corex Honeycomb offers a material that does not significantly alter the weight of applied product, whilst efficiently directing air flow, liquid and light.

Wind tunnels are used in aerodynamic research to study the effects of air moving past objects. The object being tested is placed on a mount inside a tubular passage. Air is made to move past the object using a powerful fan system. The test object is instrumented with sensors to measure aerodynamic forces, pressure distribution and other aerodynamic-related characteristics. The aluminium honeycomb is used as an air flow straightener.

aluminium honeycomb ventilation panels

A light diffuser is placed in the path of a source of light to soften the illumination effect. The structure of aluminium honeycomb can be used to direct and filter the light. This effect is used in photography where the light from one concentrated source, can be spread out, bounce from reflective ceilings and walls, thus eradicating harsh light and hard shadows.

Electromagnetic shielding is the practice of surrounding electronics and cables with conductive or magnetic materials to guard against incoming or outgoing emissions of electromagnetic frequencies. In ventilation panels, aluminium honeycomb is used as a flow straighter. These panels can be used in electronic enclosures where good air flow is required for cooling and ventilation.

Laser bed cutting sparks


When used as a bed for the water jet and laser cutting, the material lies flat during the cutting process, supported by the aluminium honeycomb. The honeycomb structure allows the heat and waste material, caused by the process, to escape. The lightweight, high-strength characteristics of aluminium make it ideal for this. As a result of the repeat cutting, residue will build up over time on the bed, this sacrificial characteristic requires the bed to be replaced regularly to prevent contamination, a more cost effective solution than replacing the whole machine.

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