Interlocking concrete blocks offer several advantages that make them ideal for both flood protection and blast protection:

Flood Protection:

• Strength and Durability: Concrete is a naturally strong and durable material, capable of withstanding significant water pressure from floods.

• Watertight Seal: The interlocking design of the blocks creates a tight seal between them, preventing water from seeping through the wall. This eliminates the need for additional waterproofing measures in many cases.

• Quick and Easy Installation: Interlocking blocks can be stacked together quickly and easily, without requiring skilled labour or specialized equipment. This is crucial for rapid deployment in flood emergencies.

• Modular Design: The modular design allows for walls of various heights and lengths to be constructed, adapting to specific flood protection needs.

• Cost-Effective: Compared to traditional flood protection methods like poured concrete walls, interlocking blocks are generally less expensive in terms of material and labour costs.

Blast Protection:

• Energy Absorption: The inherent weight and density of concrete blocks allow them to absorb a significant amount of energy from a blast, mitigating the impact and protecting structures behind the wall.

• Interlocking Mechanism: The interlocking design helps distribute the force of a blast more evenly across the wall, preventing individual blocks from being easily dislodged.

• Scalability: By adjusting the thickness and height of the wall with interlocking blocks, the level of blast protection can be tailored to the specific threat scenario.

• Reusability: Unlike some blast protection materials, interlocking concrete blocks can often be salvaged and reused after a blast event, reducing replacement costs.

• Versatility: Interlocking concrete blocks can be integrated with other blast protection measures like fences or barriers, creating a comprehensive protection system.

How to make Interlocking concrete blocks even more resilient

• Foundation: While interlocking blocks themselves are strong, the foundation on which they are built is crucial for overall stability in both flood and blast scenarios. Keep this in consideration when using them.

• Engineering Design: For optimal performance in flood or blast protection applications, the design of the interlocking block wall should be done by a qualified engineer who can factor in specific water pressure loads or blast force calculations.

Overall, interlocking concrete blocks offer a compelling solution for both flood protection and blast protection due to their strength, durability, ease of use, and cost-effectiveness.

Which size block is best for flood and blast protection?

As discussed previously, the standard sized blocks we offer are our largest, and would be the best option from our selection for flood or blast protection. This is simply because there is more overall mass, making it harder for water to move, and making a blast have to go through more of the block before reaching you.

By choosing a smaller size, you are significantly increasing the risk to be affected by a flood or blast. We would suggest consulting a specialist with experience of making structures with floods and blasts in mind, in order to use the best sized blocks specific to your needs.

How do you move an interlocking concrete block?

Moving our 1560 kg interlocking concrete blocks is a job that depends on more than just its weight. A few factors come into play, including the distance it needs to be moved, its final placement, and the equipment available.

For short distances and flat ground, a dolly or even dragging it on a sled might be an option, but safety precautions are crucial. However, lifting such a heavy block manually is extremely dangerous, and actually impossible to do by hand individually. It also far exceeds safe lifting limits.

If you need to move this block, it’s best to prioritise safety. Consulting a professional or renting machinery like a forklift or crane with a capacity exceeding the block’s weight is the recommended course of action. These methods are not only safer, but also more efficient for moving such a heavy object.

With this in mind, it becomes obvious that it must take a significantly powerful flood, or blast to cause any issues with the blocks. Hence, why they have the potential to be used for both flood and blast protection.

In every instance, it is always better to err on the side of caution, whichever concrete block provider you visit, you should clearly explain what you intend to use them for. Any responsible supplier will confirm whether their blocks can handle these requirements.

Purchase interlocking concrete blocks today