215mm BLOC Hollow Concrete Block 7.3N Void Pack of 38

215mm BLOC Hollow Concrete Block 7.3N Void

The 215mm BLOC Hollow Concrete Block 7.3N Void is a strong and durable building block designed for demanding construction applications where structural performance is key. Suitable for both internal and external use, this block performs reliably in projects above and below ground. Manufactured from dense concrete, the hollow core design helps balance strength with practicality, making the blocks easier to handle while still delivering excellent load-bearing capability. With a compressive strength of 7.3N, they are ideal for situations where durability and long-term performance are essential. These blocks are commonly used across a wide range of building types, including residential, commercial, and industrial projects. Whether used in foundations, structural walls, or other load-bearing applications, they provide consistent strength and a dependable base for further construction. Each block measures 440 x 215 x 215mm and is supplied in packs of 38, making them straightforward to plan, store, and install on site.

Key Features & Benefits

7.3N Compressive Strength – Suitable for structural and load-bearing applications Hollow Core Design – Strong yet practical for easier handling on site Suitable Above & Below Ground – Versatile for multiple construction uses Internal & External Use – Ideal for a wide range of building types Durable Dense Concrete – Built for long-lasting performance

Frequently Asked Questions

What are 215mm hollow concrete blocks commonly used for?

They are typically used for structural walls, foundations, and other load-bearing applications where strength and durability are required.

Can these blocks be used below ground?

Yes, these blocks are suitable for both above-ground and below-ground use, making them ideal for foundations and structural walls.

Are hollow concrete blocks still strong enough for load-bearing walls?

Absolutely. With a compressive strength of 7.3N, these hollow blocks provide excellent structural performance while remaining practical to work with.