Moisture and WaterproofLightweight wall panels can be cemented together to form a watertight structure filled with water without any additional waterproof finish. The backside of the panels remains dry, leaving no marks, and does not develop condensation even in humid weather. The panels' surfaces are waterproof, offering excellent waterproof and moisture-proof properties, making them suitable for moist areas such as kitchens, bathrooms, basements, etc.2. SoundproofingExcellent soundproofing, meeting the national residential soundproofing standards and significantly exceeding the soundproofing performance of other brick walls.3. Simple and quick installationIt's a dry construction process, with modular construction where wall panels can be easily cut and adjusted for width and length. Transportation is simple and storage is hygienic during construction, eliminating the need for mortar leveling, significantly shortening the construction timeline, and reducing material waste and construction debris.4. Insulation and heat preservationThe manufacturing process of lightweight partition boards determines their excellent heat insulation properties, ensuring a more comfortable indoor environment. Similar to the Xintiao floorboard in material, these boards have male and female tenon slots on both sides. Simply stand the board upright, apply a small amount of sealant砂浆 to the male and female tenons, and they can be assembled. Composed of industrial waste such as non-toxic phosphogypsum, lightweight steel slag, fly ash, etc., they are cured through frequency conversion steam pressure. Lightweight partition boards offer numerous benefits, including light weight, high strength, multiple environmental protections, heat insulation, noise reduction, humidity regulation, fire resistance, quick installation, and reduced wall weight. The interior is lined with reasonably arranged insulation and sound-absorbing inorganic foamed materials or other insulating materials. The boards are produced through a continuous casting, leveling, and scientific curing process with high automation and a wide range of specifications and types.
