Nano Microporous Plate-Aluminum Foil

Product Description:

Anchor-Tech’s Microporous Plate-Aluminum Foil is a high-performance microporous insulation board made by laminating an aluminum foil layer onto the standard microporous board. The product is sealed with a dense protective layer, providing excellent waterproof, moisture-resistant, and dustproof properties, effectively resisting harsh environmental conditions.

The addition of the aluminum foil significantly enhances product performance. With outstanding radiant heat reflection, the foil greatly reduces the thermal conductivity of the microporous insulation board, boosting its insulation effect. Although aluminum foil can burn above 500°C, this does not affect the thermal insulation performance when the product is used as a back-layer insulation board.

Compared to the standard microporous board, Microporous Plate-Aluminum Foil maintains extremely low thermal conductivity. In practical applications, it achieves the same insulation performance as traditional materials with only one-fourth to one-sixth of the thickness. This makes it an ideal solution for space-constrained or thickness-limited insulation applications. The product is available with a classification temperature of up to 1200°C to meet various high-temperature requirements.

Microporous Plate-Aluminum Foil also offers excellent workability. It supports operations such as drilling, grooving, and cutting, allowing for easy customization on-site. Factory pre-cut and pre-shaped customization is also available upon request, further improving installation efficiency.

This product is especially suitable for applications with strict energy-saving and environmental requirements. Its dense structure minimizes dust emission and reduces the risk of dust inhalation for workers. In high-temperature industries such as automotive, household appliances, PV annealing furnaces, and sapphire sintering furnaces—where insulation thickness and weight are critical—Microporous Plate-Aluminum Foil offers unique advantages. With advanced production technology, outstanding cost-effectiveness, and excellent fire resistance, it has become a preferred choice across many industries. Thickness can be customized from 5 mm to 50 mm to meet diverse user needs.