top of page
Customer service icon.
24/7 Support
Over 100 Online Courses
Pound sign to represent a money back guarentee.
Money Back Guarantee
Fully Accredited Courses
Material Sheet
Concrete Block

Standard Concrete Block

What is it used for

used for icon 2.jpg

Residential Construction

Used for building walls, foundations, and other structural elements in homes due to their strength and durability.


Commercial Construction

Suitable for constructing commercial buildings, offering a balance of strength, thermal insulation, and fire resistance.


Industrial Construction

Ideal for constructing industrial facilities, where the blocks' durability and load-bearing capacity are crucial.

Brick Wall

Dimensions

Dimensions icon.jpg

Length: 440 mm


Width: 215 mm


Height: 100 mm


Volume: 0.00946 m³


Weight: 14.5 kg

What it’s Made From

made from icon.jpg

Cement

The primary binding material, providing strength and durability to the block.


Aggregates

Includes sand, gravel, and crushed stone, which add bulk and stability to the block.


Water

Essential for the hydration process, which allows the cement to bind the aggregates together.


Additives

These can include materials like fly ash, slag, and chemical admixtures to enhance workability, durability, and strength.

Variations

variations icon_edited.jpg

Dense Concrete Block

Description: High-density block made with a higher proportion of aggregate, offering exceptional strength and durability.

Applications: Ideal for load-bearing walls, foundations, and basement construction.

Manufacturer: Hanson Thermalite Shield Block


Lightweight Concrete Block

Description: Made with lighter aggregates like expanded clay or shale, reducing weight while maintaining adequate strength.

Applications: Used for partitions, infill panels, and non-load-bearing walls.

Manufacturer: Quinn Lite Pac Aerated Block


Aerated (Aircrete) Block

Description: Contains air pockets, making it lightweight and offering good thermal and acoustic insulation properties.

Applications: Suitable for internal and external walls, providing enhanced energy efficiency.

Manufacturer: H+H Celcon Standard Block

Installation

installation icon.jpg

Tools Required

Trowel | Spirit level | Tape measure | Brick hammer


Materials Required

Concrete blocks | Mortar mix | Water | Reinforcement bars (if needed)


Step-by-Step Guide:

  1. Preparation: Clear the site and lay out the foundation lines.

  2. Mix Mortar: Follow the manufacturer’s instructions for mixing mortar.

  3. Lay First Course: Start with a mortar bed, place the first row of blocks, and check alignment.

  4. Add Reinforcement: Insert reinforcement bars if required for additional strength.

  5. Build Up: Continue laying blocks with mortar, ensuring each layer is level.

  6. Final Checks: Ensure all blocks are properly aligned and joints are filled with mortar.

Technical Specification

used for icon.jpg

Compressive Strength: 7.3-10.4 MPa


Water Absorption: < 15%


Thermal Conductivity: 1.13 W/mK


Density: 1800-2100 kg/m³

Certification

certification icon.jpg

BS EN 771-3: British Standard for concrete bricks and blocks.


ISO 14001: Environmental management standards ensuring sustainable production practices.

Purchasing Quantities

purchase quantity.jpg

Single Units

Ideal for small projects or repairs where only a few blocks are needed.


Pallets

Commonly sold in bulk, with each pallet containing around 72 to 88 blocks depending on the size and type. This option is suitable for medium to large construction projects.


Truckloads

For large-scale construction projects, blocks can be purchased by the truckload, which includes multiple pallets.

Environmental Impact

environment icon.jpg

Sustainability Considerations

Concrete block production involves significant energy use and CO2 emissions. However, incorporating recycled materials and using low-carbon cement alternatives can mitigate environmental impact.


Eco-friendly Alternatives

Consider using blocks made from recycled aggregates or low-carbon cement to reduce the environmental footprint.


Waste Reduction

Accurate planning and ordering can minimize waste. Surplus blocks can be recycled or reused in other projects.


Energy Efficiency

Concrete blocks contribute to the thermal mass of buildings, helping to maintain stable indoor temperatures and improve energy efficiency.

Similar Materials

Aerated Concrete Block
Aerated Concrete Block

Concrete Block

Hollow Concrete Block
Hollow Concrete Block

Concrete Block

Concrete Coursing Brick
Concrete Coursing Brick

Concrete Block

Foundation Block
Foundation Block

Concrete Block

bottom of page