Facilitates thermal protection of areas with complex geometries; Reduces the risk of cracks and structural damage due to thermal shocks and/or vibrations; Offers very low thermal conductivity.
Thermal jackets; Aluminum furnaces and troughs; Reduction cells; Anode baking furnaces; Molten metal ladles.
Flexible microporous insulation panels, produced with an outer fiberglass envelope, allowing clean and easy handling. The formulation is an opacified blend of microporous filament reinforced with pyrogenic silica or alumina.
Microtherm® Overstitched is a flexible microporous insulation panel for high-temperature applications, composed of a microporous core enclosed in a fiberglass envelope. Its stitched and malleable structure allows easy adaptation to curved and irregular surfaces, reducing heat losses in industrial equipment with complex geometries.
Did you know that, on average, 35% of the energy used in high-temperature processes is lost due to inefficient insulation? These losses occur continuously throughout the production line, significantly increasing operational costs and reducing efficiency.
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Our innovative materials provide flexible design without compromising passenger safety or comfort.
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Promat materials provide very low thermal conductivity and high stability, making them thinner and lighter than conventional fire protection solutions.
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