Moisture and Water-ResistantLightweight wall panels can be cemented together to form a water-filled pond without any waterproofing finish. The back of the lightweight wall panels remains dry, leaving no stains, and will not develop condensation droplets even in humid weather. The panels of the lightweight partition walls are waterproof, offering excellent waterproof and moisture-proof properties, suitable for use in damp areas such as kitchens, bathrooms, and basements.2. SoundproofingExcellent sound insulation, meeting the national residential sound insulation requirements and significantly surpassing the sound insulation of other brick walls.3. Easy and quick installationIt's all dry work, prefabricated construction, wall panels can be cut and adjusted to any width or length. Transportation and storage are simple and hygienic during construction, no need for mortar leveling, significantly shortening the construction period, and with a low material waste rate, reducing construction waste.4. Insulation and heat preservationThe manufacturing process of lightweight partition boards determines their excellent thermal insulation properties, enhancing the comfort of your indoor environment. Similar to ceiling joists, these boards have male and female grooves on both sides. Installation is a breeze: simply stand the boards up, apply a small amount of sealant mortar to the male and female grooves, and then fit them together. Composed of industrial waste such as phosphogypsum, lightweight steel slag, fly ash, and others, these boards are cured under high-pressure steam. Lightweight partition boards offer numerous benefits, including low weight, high strength, multiple environmental protections, thermal insulation, soundproofing, moisture regulation, fire resistance, quick construction, and reduced wall weight. The inner layer is equipped with properly arranged thermal insulation and sound-absorbing inorganic foam profiles or other insulation materials. The boards are produced through a continuous casting, leveling, and scientific curing process, with high automation and a wide range of specifications and varieties.
