LC7.5 Dry Mixed Composite Lightweight Aggregate Concrete - Where to find manufacturers
High-strength dry-mixed lightweight aggregate concreteA uniformly blended dry powder made from cement, fly ash, and additives in a factory; composite lightweight aggregates consist of crushed waste granulesOr mineral vacuum glass beadsComposite lightweight building material with good strength, thermal insulation properties, excellent volume stability, and excellent durability, made by mixing and blending pre-mixed powder and water on-site with inorganic cementitious materials.Primarily used for ground corridors and other specific high-strength, high-pressure areas.
LC7.5 Lightweight Aggregate ConcreteFor indoor subfloors or as specified by design, LC7.5 lightweight aggregate concrete has a dry bulk density ≤ 1000 kg/m³ and a thermal conductivity ≤ 0.2.
LC10 Lightweight Aggregate ConcreteLC10 lightweight aggregate concrete is suitable for indoor subfloors or as required by design specifications. It features a dry apparent density of ≤1200 kg/m³, a thermal conductivity of ≤0.35 W/(m·K), and a compressive strength of ≥10 MPa.
LC15 Lightweight Aggregate ConcreteLC15 lightweight aggregate concrete is suitable for indoor subfloors or as specified in design requirements. It features a dry apparent density of ≤1400 kg/m³, a thermal conductivity of ≤0.45 W/(m·K), and a compressive strength of ≥15 MPa.
LC20 Lightweight Aggregate ConcreteLC20 lightweight aggregate concrete is suitable for indoor subfloors or as specified in the design. It has a dry apparent density ≤1900 kg/m³, a thermal conductivity ≤0.90 W/(m·K), and a compressive strength ≥20 MPa.
LC25 Lightweight Aggregate ConcreteFor indoor subfloors or as specified by design, LC25 lightweight aggregate concrete has a dry apparent density ≤1900 kg/m³, thermal conductivity ≤0.90 W/(m·K), and compressive strength ≥25 MPa.
LC30 Lightweight Aggregate ConcreteFor indoor subfloors or as specified in design, LC30 lightweight aggregate concrete has a dry apparent density ≤ 1900 kg/m³, thermal conductivity ≤ 0.90 W/(m·K), and compressive strength ≥ 40 MPa.
