LICON AAC Blocks Weight – MRS Traders, Thanjavur LICON AAC Blocks Supplier in Thanjavur MRS Traders, Thanjavur supplies high-quality LICON AAC blocks for residential, commercial, and industrial construction projects. LICON AAC blocks are well known for their lightweight structure, high strength, and excellent thermal insulation, making them a popular choice for modern construction. Builders and contractors in Thanjavur prefer LICON AAC blocks because they reduce the overall building load and improve construction efficiency. LICON AAC Blocks Weight One of the major advantages of LICON AAC blocks is their lightweight nature compared to traditional clay bricks. The approximate weight depends on the block size: 4 inch AAC block (600 × 200 × 100 mm) – around 7 to 8 kg 6 inch AAC block (600 × 200 × 150 mm) – around 13 to 14 kg 8 inch AAC block (600 × 200 × 200 mm) – around 18 to 19 kg 9 inch AAC block (600 × 200 × 225 mm) – around 20 to 21 kg Because AAC blocks are lightweight, they help reduce the dead load on the building structure, which improves overall construction safety. Advantages of LICON AAC Blocks ✔ Lightweight material that reduces structural load ✔ High compressive strength and durability ✔ Excellent thermal insulation ✔ Good sound insulation properties ✔ Fire-resistant construction material ✔ Eco-friendly and sustainable building product Applications of LICON AAC Blocks LICON AAC blocks supplied by MRS Traders, Thanjavur are widely used in: Residential house construction Apartment buildings Commercial structures Interior partition walls Compound and boundary walls Why Choose MRS Traders, Thanjavur? MRS Traders is a trusted supplier of LICON AAC blocks in Thanjavur, offering quality building materials for construction projects. Our advantages include: Genuine LICON AAC blocks Competitive prices in Thanjavur Bulk supply for builders and contractors Reliable and fast delivery service For LICON AAC blocks weight and supply in Thanjavur, contact MRS Traders for strong, lightweight, and high-quality construction materials.