Microporous Insulation has begun to find its way into the industrial marketplace where there are considerable gains to be found in its exceptional thermal management abilities. In applications as small as hobby kilns to large operations like aluminum carbon bakes, the presence of a microporous layer in place of or within a composite lining can save/retain as much as 30% or more of the heat energy normally lost in linings without microporous materials. This form of conservation translates directly to overall energy cost savings since less heat energy loss also means that less energy is required to keep the application at its desired temperature and conditions. Microporous materials are also ideal for reducing the re-heat time associated with molten metal applications, and can be used to increase the distribution and homogeneity of heat throughout, both reducing the risk of isolated hot spots and improving product uniformity

Microporous Insulation has begun to find its way into the industrial marketplace where there are considerable gains to be found in its exceptional thermal management abilities. In applications as small as hobby kilns to large operations like aluminum carbon bakes, the presence of a microporous layer in place of or within a composite lining can save/retain as much as 30% or more of the heat energy normally lost in linings without microporous materials. This form of conservation translates directly to overall energy cost savings since less heat energy loss also means that less energy is required to keep the application at its desired temperature and conditions. Microporous materials are also ideal for reducing the re-heat time associated with molten metal applications, and can be used to increase the distribution and homogeneity of heat throughout, both reducing the risk of isolated hot spots and improving product uniformity

Microporous Insulation has begun to find its way into the industrial marketplace where there are considerable gains to be found in its exceptional thermal management abilities. In applications as small as hobby kilns to large operations like aluminum carbon bakes, the presence of a microporous layer in place of or within a composite lining can save/retain as much as 30% or more of the heat energy normally lost in linings without microporous materials. This form of conservation translates directly to overall energy cost savings since less heat energy loss also means that less energy is required to keep the application at its desired temperature and conditions. Microporous materials are also ideal for reducing the re-heat time associated with molten metal applications, and can be used to increase the distribution and homogeneity of heat throughout, both reducing the risk of isolated hot spots and improving product uniformity

Microporous Insulation has begun to find its way into the industrial marketplace where there are considerable gains to be found in its exceptional thermal management abilities. In applications as small as hobby kilns to large operations like aluminum carbon bakes, the presence of a microporous layer in place of or within a composite lining can save/retain as much as 30% or more of the heat energy normally lost in linings without microporous materials. This form of conservation translates directly to overall energy cost savings since less heat energy loss also means that less energy is required to keep the application at its desired temperature and conditions. Microporous materials are also ideal for reducing the re-heat time associated with molten metal applications, and can be used to increase the distribution and homogeneity of heat throughout, both reducing the risk of isolated hot spots and improving product uniformity

Microporous Insulation has begun to find its way into the industrial marketplace where there are considerable gains to be found in its exceptional thermal management abilities. In applications as small as hobby kilns to large operations like aluminum carbon bakes, the presence of a microporous layer in place of or within a composite lining can save/retain as much as 30% or more of the heat energy normally lost in linings without microporous materials. This form of conservation translates directly to overall energy cost savings since less heat energy loss also means that less energy is required to keep the application at its desired temperature and conditions. Microporous materials are also ideal for reducing the re-heat time associated with molten metal applications, and can be used to increase the distribution and homogeneity of heat throughout, both reducing the risk of isolated hot spots and improving product uniformity

Microporous Insulation has begun to find its way into the industrial marketplace where there are considerable gains to be found in its exceptional thermal management abilities. In applications as small as hobby kilns to large operations like aluminum carbon bakes, the presence of a microporous layer in place of or within a composite lining can save/retain as much as 30% or more of the heat energy normally lost in linings without microporous materials. This form of conservation translates directly to overall energy cost savings since less heat energy loss also means that less energy is required to keep the application at its desired temperature and conditions. Microporous materials are also ideal for reducing the re-heat time associated with molten metal applications, and can be used to increase the distribution and homogeneity of heat throughout, both reducing the risk of isolated hot spots and improving product uniformity

Microporous insulation has been used in the space exploration and aerospace industries for nearly 40 years. It is beneficial in these environments because its extraordinarily lightweight and relatively space-conscious construction allows it to be used more sparingly than conventional insulations without compromising thermal performance. In applications where every unnecessary ounce carried by an aircraft or spacecraft equates to a loss in overall performance or profit, microporous insulation still remains the undisputed solution in the industry.

Microporous insulation has been used in the space exploration and aerospace industries for nearly 40 years. It is beneficial in these environments because its extraordinarily lightweight and relatively space-conscious construction allows it to be used more sparingly than conventional insulations without compromising thermal performance. In applications where every unnecessary ounce carried by an aircraft or spacecraft equates to a loss in overall performance or profit, microporous insulation still remains the undisputed solution in the industry.

Microporous insulation has been used in the space exploration and aerospace industries for nearly 40 years. It is beneficial in these environments because its extraordinarily lightweight and relatively space-conscious construction allows it to be used more sparingly than conventional insulations without compromising thermal performance. In applications where every unnecessary ounce carried by an aircraft or spacecraft equates to a loss in overall performance or profit, microporous insulation still remains the undisputed solution in the industry.

Thermo Dyne is dedicating significant research to continually making microporous material available and cost-effective for automotive applications, and has received initial approval for potential use in automotive fuel cells, heat shields and catalytic converters. The lightweight nature and improved thermal efficiency of microporous material makes it ideal for automotive applications where manufacturers and suppliers must increasingly conform to more rigid standards of space and weight conservation in vehicle designs.