Different types of precast concrete serve different farm needs​

When farmers, consultants, and planners discuss precast concrete, the conversation can quickly get too general. People often see precast concrete as one group, but in reality, each type is chosen for a specific reason on a farm. The differences are not just about shape or style, but about how each piece handles movement, livestock, storage, loading, structure, slurry, and the overall layout of the site. 

That is reflected in our agricultural range, which includes cattle slats and solid covers, feed troughs and barriers, water troughs, L-shaped retaining walls, prestressed panels, support beams and columns, slurry handling systems, and Concrete Supa Blocks. The more useful question, particularly at the planning and specification stage, is not “what precast concrete do we need?” but “what is this part of the farm required to do?” Once that is clear, the appropriate product type usually becomes much easier to define. 

Different product types respond to different forms of pressure 

Not every precast concrete product is meant to solve the same problem. Some are chosen for how they work with livestock and daily use. Others are picked for containment, structural support, storage, or handling needs. Even if they are all part of the same project, the reasons for choosing each one are different. 

For example, cattle slats are usually chosen based on load, drainage, how well they suit livestock, and how they fit into the housing system. Feed and water troughs are more about access, hygiene, durability, and easy maintenance. Retaining walls, prestressed panels, and Supa Blocks are picked for storage, separation, retention, layout flexibility, and how they are installed. Support beams and columns are for structure, while slurry handling systems are chosen for flow, run length, capacity, and how they fit with the rest of the building. 

That difference matters because it changes the basis for assessing each product. A good specification is rarely about the concrete in isolation. It is about selecting the right precast form for the operational pressure it will be under. 

Livestock-facing precast needs to work within a live system 

When livestock are present, precast concrete is part of the daily working environment, not just the building. This is especially true for cattle slats, solid covers, feed troughs, water troughs, and barriers. 

We offer diagonal slats, parallel cattle slats, race slats, youngstock slats, and solid covers because livestock housing is rarely the same from one farm to another. Needs change based on building type, herd size, slurry setup, movement paths, and the mix of open and solid floors. The key is that different slats are chosen to match different housing needs and priorities. 

The same applies to feed and water provision. A trough is not usually specified as a standalone item, but rather as part of a wider decision on animal access, passage design, hygiene, robustness, and ease of management. Our concrete water troughs are available in a range of capacities, while our feed troughs are offered in different sizes and rail options. The more important point is that these products need to suit the livestock environment they sit within, not just the dimensions on a drawing. 

Storage, containment and yard layout require a different approach 

When you move away from areas where livestock are in contact, the criteria for choosing products often change. L-shaped retaining walls, prestressed panels, and Concrete Supa Blocks are usually chosen for containment, separation, storage, traffic flow, and how the yard or building edge is set up. 

L-shaped retaining walls are used when you need to hold back earth, crops, fill, or waste securely. Prestressed panels are often chosen for walls where you need a certain span, quick installation, and consistent strength. Concrete Supa Blocks are a flexible option for bays, dividing walls, and yard structures that might need to change layout over time. 

These products are not interchangeable just because they all help create boundaries or enclosures. One is better when you need something permanent and strong. Another works well for long walls or built-in storage. A third is best when you need flexibility and might change the layout later. For consultants and planners, understanding these differences is more important than simply knowing they are all made of concrete. 

Structural precast is specified around span, support and build logic 

Some types of precast concrete are chosen mainly for their structural role, not for direct use in daily operations. Support beams and columns are good examples of this. 

Support beams hold up suspended floors, such as slats, solid units, and cubicle beds, while columns provide vertical support below. These parts may not stand out visually on a farm, but they are often essential to the whole structure. 

This is important because talking about “types of precast concrete” can sometimes make very different roles seem the same. Structural precast is not the same as walling, troughs, or blocks. It has its own purpose, focused on span, load, and how the building is put together. 

Slurry handling calls for a more system-specific specification 

Slurry infrastructure is another area where the type of product depends on a specific need. Slurry handling systems are chosen differently than retaining walls or livestock-facing products. They are selected based on collection, transfer, depth, capacity, run length, and how the system fits with the rest of the livestock building. 

Our slurry handling range includes large, small, shallow, deep and custom configurations, reflecting the fact that slurry management is rarely a one-format decision. Once the discussion moves into this area, the emphasis shifts from general durability to whether the concrete element meets the performance requirements of that system. 

For consultants, this way of thinking is often more helpful. The product matters, but only in terms of the job it needs to do in the system. 

Matching the precast form to the actual farm requirement 

For consultants, planners, and farm decision-makers, the value of precast concrete is not that it’s a one-size-fits-all solution. Instead, different types of precast let you meet a wide range of farm needs with strong, practical, and ready-to-use products. 

This means you should start by thinking about function, not just product categories. Is the need about livestock movement and slurry flow? Feed or water access? Storage and retention? Structural support? Slurry transfer? Layout flexibility? The clearer you are about the real need, the easier it is to choose the right type of precast concrete, instead of just relying on what you already know. 

Why that distinction matters 

Different types of precast concrete meet different farm needs because farm projects rarely have just one main challenge. A slat, trough, retaining wall, panel, beam, or block might all be used in the same project, but each one solves a different problem. 

That is how we think about precast at Wolfenden. Not simply as a list of concrete products, but as a range of solutions shaped by livestock systems, storage requirements, structural needs, slurry handling and layout logic. The better those distinctions are understood at the specification stage, the more useful the final outcome tends to be. 

FAQs 

What are the main types of precast concrete used on farms? 

Within our agricultural range, the main types include cattle slats and solid covers, feed troughs and barriers, water troughs, L-shaped retaining walls, prestressed panels, slurry handling systems, support beams and columns, and Concrete Supa Blocks. 

Why are different precast concrete products specified differently? 

Because they are responding to different operational demands. Some are specified around livestock use, others around containment, storage, slurry handling, structural support or layout flexibility. 

Are prestressed panels the same as retaining walls? 

No. They may both contribute to containment or walling, but they are typically specified for different applications. The right choice depends on the structural requirements, the installation method, and the role the element is expected to play within the wider scheme. 

Why are Concrete Supa Blocks useful on farms? 

They are particularly useful where strength and flexibility are both important, especially for bays, dividing walls and yard structures that may need to adapt over time. 

How should consultants approach types of precast concrete in a farm project? 

Usually, by starting with function rather than product type. Once the operational requirement is clear, it becomes easier to identify which precast form is most appropriate.