The ability of a material to conduct heat.

The ability of a material to conduct heat.

The low thermal conductivity of cork, combined with its ability to store heat and release it slowly, makes it a very efficient thermal insulator, capable of preventing overheating in summer and maintaining a pleasant temperature in the cold winter months.

The air inside the cells makes it an excellent insulator, leading to very low thermal conductivity, over a wide range of temperatures.

The air inside the cells makes it an excellent insulator, leading to very low thermal conductivity, over a wide range of temperatures.

The air inside the cells makes it an excellent insulator, leading to very low thermal conductivity, over a wide range of temperatures.

Cork's low thermal and electrical conductivity ensures that you can handle the lamp shade in perfect safety.

The air inside the cells makes it an excellent insulator, leading to very low thermal conductivity, over a wide range of temperatures.

Thermal insulation is part of Alucork's multi-functionality and is provided by it’s Core, NL20’s low thermal conductivity - 0,045 W/m2ºC - and long term durability assures an efficient thermal insulation throughout the product life guaranteeing passenger comfort and reducing operational costs with acclimatization.

ACM30 and ACM52 structure have a low thermal conductivity of 0,065 W/mºK throughout a wide temperature range, resulting in energy savings and reduced condensation. This attribute contributes to passenger comfort like no other primary decking material.

ACM52 structure has a low thermal conductivity of 0,065 W/mºK across a wide temperature range, resulting in energy savings and reduced condensation. This attribute enhances passenger comfort like no other primary decking material.

The main characteristics of cork that we can highlight for application in the energy sector, include its negative contribution in terms of CO2, its resistance to extreme temperatures, chemical compatibility and low thermal conductivity, its resilience, and damping properties.

Cork consists of suberin cells in the shape of tiny pentagonal or hexagonal honeycombs, a complex fatty acid and filled with an air-like gas, which makes up 90% of its volume. It possesses an average density of around 200 kg/m3 and low thermal conductivity.

Given its unique cellular structure, cork has a high shock-absorption capacity and thermal conductivity. These characteristics, together with a natural texture and appearance, make cork infills a non-aggressive solution for players, guaranteeing system performance and reducing wear and tear.

A more comfortable home, day after day Once the work is finished, the cork won’t be visible but you’ll feel its benefits every day. Cork’s low thermal conductivity and ability to store heat and release it little by little will prevent your home from overheating in summer days and help maintain a pleasant indoor tempera…

The scope of the summary characterization is intended to highlight the performance in terms of safety, comfort, and durability of Alucork® panels.The basis of the characterization is a 20mm Alucork® panel and the typical requirements of end users, such as the national and international rules governing the passenger tra…