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One Board Supporting the Sky

Functional MgO Panels

Short Description:

Functional magnesium oxide boards, including sandwich panels, acoustic panels, and soundproof panels, have wide applications in architectural design due to their unique functionalities. Below is a detailed introduction to the non-magnesium oxide raw materials, manufacturing processes, functional characteristics, and applications for these three types of boards.


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1. Sandwich Panels

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Raw Materials: Sandwich panels typically consist of magnesium oxide boards used as the outer layers, with core materials such as expanded polystyrene (EPS), extruded polystyrene (XPS), or rock wool. These core materials are not only lightweight but also provide excellent insulation and thermal resistance.

Process: The production of sandwich panels involves laminating the core material between two magnesium oxide boards. High pressure and temperature are applied to ensure a tight bond between the layers, resulting in a durable and sturdy panel.

Functionality and Applications: Sandwich panels are primarily used for exterior wall insulation, roofing systems, and various partitions. Their thermal insulation properties make them particularly suitable for energy-efficient buildings. They are easy to install, durable, and significantly reduce the building's energy consumption.

2. Acoustic Panels

Raw Materials: In addition to the basic magnesium oxide board, acoustic panels incorporate sound-absorbing materials like mineral wool or high-density polyester fiber. These materials absorb sound through their open fiber structure.

Process: Acoustic panels are manufactured by tightly integrating the sound-absorbing materials with magnesium oxide boards. This structure not only enhances the panel's structural strength but also optimizes its sound absorption capabilities.

Functionality and Applications: Acoustic panels are widely used in theaters, recording studios, conference rooms, and other venues requiring excellent acoustic environments. They effectively reduce echo and background noise, improving sound clarity and communication quality.

3. Soundproof Panels

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Raw Materials: Soundproof panels typically involve adding one or more layers of heavy rubber or special synthetic polymers to the magnesium oxide boards.

Process: The production of soundproof panels involves the lamination of multiple layers to enhance sound-blocking effects. These materials are specially treated to effectively block the transmission of sound waves.

Functionality and Applications: Soundproof panels are primarily used in areas of buildings where strict control of noise transmission is necessary, such as hotels, hospitals, schools, and residential buildings. They significantly reduce sound transmission from one space to another, providing a more comfortable and private environment.

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These functional boards offer additional performance features to buildings, improving the quality of living and working environments through their unique material combinations and manufacturing techniques.


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