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As the days get longer and the frost melts away, spring offers the ideal conditions for getting stuck into construction and landscaping projects. We know that when the weather turns, so does the pace of work. Ready mix concrete plays a key role in helping builders, homeowners, and landscapers hit the ground running.

Why spring is the season for concrete

Spring’s milder temperatures create optimal conditions for pouring and curing concrete. Unlike the colder winter months, where you have to plan more around cold snaps and consider slower curing curing times, spring can be a great time to get cracking on your projects (although there’s always the great british weather to contend with regardless of season, so it’s still worth avoiding days with a rainy forecast).

Popular spring projects that use ready mix concrete

This season, we’re seeing an uptick in:

• New driveway installations – A fresh concrete driveway not only boosts curb appeal but also adds lasting value to your property
  
• Foundations for garden rooms or extensions – Spring is the perfect time to lay the groundwork for that extra space you’ve been dreaming of
  
• Pathways & Landscaping Features – Whether it’s a winding garden path or a solid base for a pergola, concrete offers strength and versatility
  

Benefits of ready mix concrete:

• Speed & convenience: Delivered straight to your site, saving time and labour
  
• Consistency: Professionally mixed to exact specifications, ensuring strength and durability
  
• Reduced Waste: Mixed to your project’s needs, minimising excess
  

Book early – spring gets busy!

Demand for ready mix concrete always rises in spring and summer. If you’ve got a project coming up, we recommend booking your delivery in advance to avoid delays and keep your schedule on track.

Get in touch with our team today to discuss your requirements and get a quote for high-quality, ready mix concrete delivered when and where you need it, with no wastage.

Call us now or use our contact form to get started.

Foundations are one of the most critical elements of any construction project, providing the stability and support that a structure needs to stand the test of time. Choosing the right concrete mix for your foundation is essential to ensure strength, durability, and longevity. In this blog, we’ll explore what makes a good concrete mix 

What is a concrete mix?

A concrete mix is a combination of cement, water, aggregates (sand and gravel), and sometimes additional admixtures to enhance specific properties. The proportions of these components determine the concrete’s strength, workability, and performance. For foundations, the mix must be tailored to support the load of the structure and resist environmental factors such as moisture and soil movement.

Characteristics of the best concrete mix for foundations

When selecting or creating a concrete mix for foundations, look for the following key characteristics:

1. High compressive strength
Foundations must bear the weight of the entire structure, so the concrete mix should have high compressive strength. The minimum recommended strength is typically 20 MPa (megapascals) or C15/20 for residential projects, but it can go higher for larger or more demanding structures.

2. Workability
The concrete must be workable enough to be placed and compacted easily, especially in areas with reinforcing steel or tight spaces.

3. Durability
A good mix should resist environmental factors such as moisture, frost, and chemical attacks. Durability is especially important in areas with aggressive soil conditions or freeze-thaw cycles.

4. Low shrinkage
Excessive shrinkage can lead to cracking and compromise the foundation’s integrity. A balanced mix with the right water-to-cement ratio minimises this risk.

Recommended concrete mix ratios for foundations

The ideal mix ratio for concrete foundations depends on the type of project and local conditions. Be sure to check with your Architect or structural engineer before ordering your concrete to ensure that you have specified the correct mix for your project.Here are some commonly used mixes:

1. Standard mix (C15/20)

• Cement: 1 part
• Sand: 1.5 parts
• Gravel: 3 parts
• Water: As required to achieve desired consistency (typically 0.4–0.6 water-to-cement ratio)

This mix is suitable for most residential foundations, providing a good balance of strength and workability.

2. High-strength mix (C25/30 or above)
For larger structures or heavy loads, increase the cement content to achieve greater compressive strength. A mix design is typically need for higher strength concretes to ensure the correct ratio of cement:sand:gravel

3. Sulfate-resistant mix
If the soil contains high levels of sulfates, use a mix with sulfate-resistant cement and reduce the water-to-cement ratio to prevent chemical damage over time.

Factors to consider when choosing a concrete mix for foundations

1. Type of structure
The size, height, and weight of the building will influence the required compressive strength and durability of the mix.

2. Soil conditions
The composition and moisture levels of the soil impact the foundation’s performance. For example, expansive clay soils may require a stronger mix with additional reinforcement.

3. Climate
In cold climates, use air-entraining admixtures to improve freeze-thaw resistance. In hot climates, consider adding retarders to slow the setting time and reduce cracking.

4. Reinforcement
If the foundation includes steel reinforcement, the concrete mix should have good workability to ensure proper coverage and bonding with the rebar.

Tips for achieving the solid concrete foundations

• Use quality materials: High-quality cement, aggregates, and clean water are essential for a strong mix. Avoid using materials with impurities.
• Control water content: Too much water weakens the concrete, while too little makes it difficult to work with. Aim for a water-to-cement ratio of 0.4–0.6.
• Consider admixtures: Additives like plasticisers, retarders, or accelerators can enhance the mix’s properties based on your project’s needs.
• Ensure proper curing: Foundations require consistent curing to develop strength. Keep the concrete moist for at least 7 days after pouring, especially in hot or dry conditions.
• Consult local standards: Building codes may dictate specific requirements for foundation mixes in your area. Always check local regulations before proceeding.

Need expert advice?
We’re here to help you choose the perfect concrete mix for your foundations and footings. Contact us today for professional guidance to ensure your project’s success!

What are concrete boom pumps, their benefits, how they work and the best concrete boom pump for your job

Concrete boom pumps are a vital piece of equipment in modern construction projects, enabling the efficient and precise placement of concrete in hard-to-reach areas. Whether you’re building high-rise structures, large industrial projects, or intricate architectural designs, boom pumps make concrete delivery faster and more effective. But how do they work, and what are their benefits? Let’s explore.

What is a concrete boom pump?

A concrete boom pump is a specialised machine used to transport liquid concrete to specific locations on a construction site. It consists of a pump mounted on a truck or trailer and a long, articulated arm (the boom) that can be manoeuvred to direct the concrete flow. The boom is typically made of several sections that can fold, extend, and swivel, allowing it to reach areas that would otherwise be inaccessible.

How does a concrete boom pump work?

The operation of a concrete boom pump involves several key steps:

1. Concrete mixing and feeding
   The process begins with concrete being mixed in a truck-mounted mixer or batch plant. Once the concrete is ready, it’s loaded into the hopper of the boom pump.
2. Hydraulic pumping system
   The boom pump uses a hydraulic system to push the concrete through a pipeline. Inside the pump, there are two pistons that work alternately—one draws concrete from the hopper, while the other pushes it into the delivery pipeline.
3. Pipeline and boom
   The concrete travels through a series of pipes connected to the pump. The boom acts as a guiding system, allowing the operator to precisely position the pipe’s end for accurate placement.
4. Remote control operation
   Modern boom pumps are equipped with remote controls, enabling operators to control the arm’s movements and concrete flow rate from a safe distance. This ensures safety and precision on-site.

Benefits of using a concrete boom pump

Concrete boom pumps offer several advantages, making them an indispensable tool for many construction projects:

1. Efficient placement of concrete
Boom pumps can deliver large volumes of concrete quickly and precisely, reducing the time and labor needed for manual pouring.

2. Access to hard-to-reach areas
The articulated boom allows the pump to reach over obstacles, into confined spaces, and to great heights, such as the upper floors of high-rise buildings.

3. Increased safety
By eliminating the need for manual handling and heavy lifting, boom pumps improve safety on construction sites. Workers can operate the pump from a safe distance, reducing the risk of injuries.

4. Consistent quality
Boom pumps provide a continuous flow of concrete, ensuring uniform placement and reducing the chances of air pockets or inconsistencies in the structure.

5. Cost-effective
While the initial cost of hiring or purchasing a boom pump may be high, the efficiency and reduced labor requirements often result in long-term savings.

6. Versatility
Boom pumps are suitable for a wide range of projects, from residential foundations and commercial slabs to large-scale infrastructure works like bridges and tunnels.

Types of projects that benefit from boom pumps

Concrete boom pumps are especially useful in projects that involve:

• High-rise construction
• Bridge construction
• Foundations in areas with limited access
• Large industrial floors or slabs
• Multi-story car parks
• Complex architectural designs requiring precision

Choosing the right boom pump for your project

When selecting a boom pump, consider factors such as the height and distance the concrete needs to travel, the pump’s capacity, and the site’s specific requirements. Consulting with a professional supplier can help you choose the best equipment for your needs.

Need help with your next concrete project?
McHugh Concrete offers expert advice and top-of-the-line equipment to meet all your concrete pumping needs. Contact us today to learn more!

Pouring concrete in cold weather can be challenging, but with proper precautions, it is entirely possible to achieve strong, durable results. Whether you’re planning a small DIY project or working on a large construction site, understanding how cold weather affects concrete and what steps you can take to mitigate these effects, is crucial.

How does cold weather affect concrete?

Concrete hardens through a chemical process called hydration, which requires water to react with cement. Cold temperatures slow down this reaction, delaying the setting and curing process. If the water in the concrete mix freezes before the concrete sets, it can lead to cracking and a loss of strength. Proper curing is essential to ensure your concrete achieves the desired durability.

Tips for pouring concrete in cold weather

When temperatures dip below 5°C (41°F), special precautions are necessary to ensure your concrete sets properly. Here are some best practices to follow:

1. Plan ahead

Check the temperature the day before and on the day of your pour. If temperatures are likely to be below 5°C then make a plan to avoid complications.

2. Preheat the ground

Pouring concrete on frozen ground or snow can cause rapid cooling, compromising the concrete’s integrity. Use thermal blankets to help prevent frost forming overnight. Preheat the area using heaters or cover it with insulating materials before pouring.

3. Insulate freshly poured concrete

Insulated blankets, frost blankets, plastic sheeting, or straw can help retain heat and protect the concrete from freezing temperatures. Make sure the insulation stays in place until the concrete has cured sufficiently.

4. Opt for a low water-to-cement ratio

A mix with less water is less likely to freeze and maintains strength more effectively. However, ensure the mix remains workable for the project.

5. Extend curing time

In cold weather, concrete takes longer to cure. Allow extra time before removing formwork or applying loads. Be patient—this step is critical for long-term durability.

6. Avoid pouring in extreme conditions

If temperatures are expected to drop well below freezing and adequate protection cannot be ensured, it’s best to postpone the pour. Concrete can’t cure effectively in such conditions.

Concrete can set and cure in cold weather, but it requires careful planning and execution. By taking steps like warming materials and insulating the concrete,, you can ensure a successful pour even in challenging conditions. When in doubt, consult a professional to ensure your project meets all necessary standards.

Cold weather doesn’t have to halt your construction plans. With the right approach, you can pour concrete year-round, ensuring safe and durable results every time.

Need help with your next concrete project?
Our team has the expertise and tools to ensure your cold-weather pours are a success, with all of our mixed delivery ready mixed. Contact us today to learn more.

In this article, we explain what a concrete pump is, with specific focus on Line and Boom pumps; what they are and how they work. 

Line pumps

What is a Line pump? Line pumps are typically mounted to a truck or trailer and have steel or flexible hoses attached to them that carry the concrete to the pump site itself. 

Line pumps are especially useful when a concrete mixer truck itself can’t get close enough access to the pump site. With the use of hoses, the concrete can be led to the required area around buildings from front to back, or even through buildings themselves! 

Our static Line pumps can push concrete a distance of over 100 metres, directly into your prepared area, ready for you to level. 

Line pumps are used for all sorts of jobs, both commercially and domestically and are a great solution regardless of how simple or difficult access is. It makes sense to use a pump for your job, especially when you consider that a 6m3 pour is the equivalent of 150 barrow loads, which would take four people a minimum of 2.5 hours to move! 

Generally, Line pumps pump lower volumes of concrete than boom pumps, which are more commonly – but not always – used on larger builds, which brings us nicely onto the definition of a Boom pump and what it does. 

Boom pumps

What is a Boom pump? Put simply, a Boom pump is attached to a truck / trailer and utilises an articulated robotic arm (known as a boom), to enable accurate delivery of concrete. 

Boom pumps are able to pump extremely high volumes of concrete. Our 24m long boom pump can overcome even the most troublesome access situations, be it access to the rear of a property or the need to pump concrete above ground level, for example in the construction of blocks flats. 

Boom pumps can even be used to pump concrete from one side of a body of water to another, as shown in this job we did at Shoreham Port: 

Whatever your requirements, the team at McHugh Concrete will be happy to discuss your needs and to organise a site survey to advise on the best option for you, so don’t delay! Give us a call on 01273 594394.

Thanks for reading.