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The core feature of this high-strength load-bearing gypsum board is its excellent load-bearing and impact resistance, achieved through the embedded fiberglass mesh reinforcement and high-tensile strength face paper. The load-bearing capacity reaches 50 kg/m², allowing it to safely support heavy objects such as lamps, air conditioning ducts and shelving units without additional reinforcement. The impact resistance reaches Class 3 level, which can resist daily collisions and impacts, reducing the maintenance cost of wall and ceiling surfaces. It maintains easy installation characteristics, compatible with standard drywall installation tools and accessories, reducing construction time and labor costs. It solves the common problem of ordinary gypsum boards being unable to meet the load-bearing requirements of high-strength construction scenarios, providing a reliable and durable solution for heavy-duty construction projects.

This high-strength load-bearing gypsum board has a standard size of 48 x 96 inches (4ft x 8ft), with a thickness of 5/8 inch, weighing approximately 70 pounds per sheet. The core is embedded with 120g/m² fiberglass mesh, with a density of 980 kg/m³, and the face paper is high-tensile strength kraft paper with a tensile strength of 1200N. The load-bearing capacity is 50 kg/m², and the impact resistance reaches Class 3 level. The sound transmission class rating is 45, providing good noise reduction performance. It has passed ASTM C645 certification, and has an E0 formaldehyde emission grade. It is compatible with standard 1.5-inch heavy-duty drywall screws and special suspended ceiling keels, ensuring stable and secure installation in high-load scenarios.

This high-strength load-bearing gypsum board is primarily used in areas requiring high structural strength, including commercial building suspended ceilings used to hang heavy air conditioning ducts, chandeliers and other equipment, attic partition walls, commercial gym partition walls, factory light load-bearing walls, office partition walls that need to support heavy shelving units and exhibition hall partition walls. It can safely support heavy objects without additional reinforcement, and can resist daily collisions and impacts, maintaining the durability and beauty of the wall and ceiling surfaces. It is an ideal building material for high-strength construction projects, providing reliable performance and long service life.