The Stranlite 7.3N 100mm Medium Dense Standard Block is a high-performance concrete block designed for both load-bearing and non-load-bearing applications in construction projects. Manufactured by Stranlite, this medium dense block is crafted for robustness, providing reliable strength at 7.3N/mm² compressive strength while remaining manageable in weight. Its versatile size makes it suitable for internal and external walls, offering excellent thermal and acoustic properties. The precision engineering ensures consistent quality, making it ideal for structural work in residential, commercial, and industrial settings. As part of the concrete block category, the Stranlite 100mm block meets stringent UK building standards for durability and performance.

Brand Name	Stranlite
Certifications Met	UK building standards
Country of Origin	UK
Material	Concrete
Type	Concrete block
Length	440 mm
Width	100 mm
Height	215 mm
Weight	15.0 kg
Texture	Medium dense
Density	1450 kg/m³
Compressive Strength	7.3 N/mm²
Thermal Conductivity	0.47 W/mK

The Stranlite 7.3N 100mm Medium Dense Standard Block is a high-performance concrete block designed for both load-bearing and non-load-bearing applications in construction projects. Manufactured by Stranlite, this medium dense block is crafted for robustness, providing reliable strength at 7.3N/mm² compressive strength while remaining manageable in weight. Its versatile size makes it suitable for internal and external walls, offering excellent thermal and acoustic properties. The precision engineering ensures consistent quality, making it ideal for structural work in residential, commercial, and industrial settings. As part of the concrete block category, the Stranlite 100mm block meets stringent UK building standards for durability and performance.

Brand Name	Stranlite
Certifications Met	UK building standards
Country of Origin	UK
Material	Concrete
Type	Concrete block
Length	440 mm
Width	100 mm
Height	215 mm
Weight	15.0 kg
Texture	Medium dense
Density	1450 kg/m³
Compressive Strength	7.3 N/mm²
Thermal Conductivity	0.47 W/mK