If you work with oils, chemicals, fuels, cleaning liquids, wash-down water or anything else that can spill, leak or run across a floor, spill containment is not something you want to figure out after the fact.
I have spent more than 20 years working in specialised rubber manufacturing, and one thing I have learned is that the best site safety solutions are usually the ones that are simple, practical and built properly from the start.
That is exactly where rubber bunding comes in.
A good spill containment area does not need to be over-engineered. It does not need to look like something from a government lab. It just needs to do its job. It needs to create a clear boundary, contain liquids in the right area, hold up to the conditions of the site and be easy enough for your team to work around every day.
Whether you are setting up a drum storage area, a wash bay, a workshop fluid zone, a service area or a chemical storage space, the same principle applies: keep the spill where you can manage it.
That sounds obvious, but on real worksites, in real workshops and in real storage areas, spills rarely happen in perfect conditions. They happen when someone is busy. When a container gets knocked. When a drum tap leaks. When wash-down water travels further than expected. When oil or coolant finds the lowest point in the floor and suddenly you have a mess moving across an area it was never meant to reach.
The aim of a spill containment area is to stop that spread.
In this guide, I will walk through how to set up a practical spill containment area using rubber bunding, what to consider before installation and how to choose the right setup for drum storage, wash bays and workshop liquids.
What Is a Spill Containment Area?
A spill containment area is a defined zone designed to keep liquids within a controlled space.
That might be a section of a workshop where oils and coolants are stored. It might be a wash-down bay where water and cleaning products need to be kept within a set area. It might be a drum storage zone in a warehouse or service yard. It might be a small maintenance area where lubricants, fuels, solvents or other liquids are used regularly.
The specific setup can vary, but the purpose is the same.
You are trying to stop liquids from spreading across the floor, entering walkways, reaching drains, damaging nearby stock or equipment, or creating a slip hazard for staff and visitors.
There are different ways to create containment. Some sites use spill pallets. Some use temporary spill socks or absorbent pads. Some use trays. Others use concrete bunds or more permanent containment systems.
Rubber bunding sits in a useful middle ground. It is more structured than temporary absorbent products, but generally more flexible and easier to retrofit than fixed concrete options. It can be installed to create a physical barrier around a defined zone, and when installed correctly with the right sealant and fixings, it can help keep liquids where they are meant to stay.
For many workshops, warehouses, wash areas and industrial facilities, that makes it a very practical solution.
Why Spill Containment Matters
A spill does not need to be dramatic to cause problems.
A small leak from a drum can slowly spread across a floor. A wash bay can send water outside the intended zone. A workshop liquid can create a slippery patch that someone only notices after their foot hits it. A chemical spill can create a clean-up headache that would have been much easier to manage if it had been contained from the start.
In my experience, the issue is rarely that businesses do not care about safety. Most do. The issue is that spill control often gets treated as something reactive.
Someone buys a spill kit. Someone keeps absorbent pads nearby. Someone assumes the team will handle it when something happens.
And those things are important. Spill kits absolutely have their place.
But they are not the same as containment.
A spill kit helps you respond after a spill. A containment area helps stop that spill from spreading in the first place.
That is the difference.
When you create a bunded area around liquids, you are building the first line of defence into the space itself. You are not relying entirely on someone noticing the spill quickly enough or grabbing the right absorbent product in time. You are physically defining where liquids should stay.
From a practical point of view, this can help with:
Reducing slip hazards around liquid storage and handling areas.
Keeping spills away from nearby stock, machinery, doors, walkways and drains.
Making clean-up easier because the liquid is contained in one defined area.
Creating a clearer visual boundary for staff.
Improving the way a site manages high-risk liquid zones.
Again, it is important not to think of bunding as a magic wand. Site safety, compliance and environmental responsibilities depend on your exact location, industry, liquid type and local requirements. But from a practical site management perspective, a well-designed spill containment area can make a big difference.
Where Rubber Bunding Is Commonly Used
Rubber bunding is useful anywhere you need a raised floor barrier to help contain liquids or define a spill-prone area.
The most common applications include drum storage areas, wash bays, workshops, warehouses, car wash facilities, petrol stations, service areas and maintenance zones.
Let’s break those down.
Drum Storage Areas
Drum storage is one of the clearest use cases for rubber bunding.
If you store drums of oil, chemicals, cleaning liquids, lubricants, fuel additives, coolant or other liquids, you need to think carefully about what happens if one leaks, tips, overflows or is not closed properly.
A drum storage area can look tidy and controlled one minute, then become a problem very quickly if liquid starts moving across the floor.
Rubber bunding can be used to create a defined containment zone around the drum storage area. The middle sections form the straight runs, while corner pieces allow you to shape the bunding around the area properly.
This is especially useful when you are working with an existing floor and want to create a practical solution without rebuilding the entire space.
A good drum storage setup should consider:
How many drums are stored in the area.
How much room staff need to move around them.
Whether pallets, trolleys or forklifts need access.
Where liquid would naturally flow if there was a leak.
Whether the area is close to drains, walkways, stock or machinery.
How the bunding will be sealed and fixed to the floor.
The aim is not just to put a rubber barrier around the drums and call it a day. The aim is to think through how the area will actually be used.
That is where a bit of planning saves a lot of frustration later.
Wash Bays and Wash-Down Areas
Wash bays are another strong application for rubber bunding.
Anywhere water, detergents, grime, grease or residue are being washed down, you need to think about where that liquid is going. In some cases, the problem is not a sudden spill. It is constant liquid movement outside the area you wanted it to stay in.
This can happen in car wash bays, detailing areas, machinery wash-down zones, industrial wash areas and general maintenance spaces.
Rubber bunding can help define the perimeter of the wash area and reduce the chance of liquid spreading into nearby traffic zones, storage areas or pedestrian spaces.
When setting up bunding for a wash bay, you need to think about:
How much water is used.
Where the water naturally flows.
Whether vehicles or equipment need to cross the bunded area.
Whether staff need clear entry and exit points.
Whether the floor surface is suitable for fixing.
Whether sealant is needed underneath and between sections.
Wash areas are often more demanding than people realise because water is persistent. It will find gaps. It will follow falls in the floor. It will sneak through poorly sealed joins.
That is why installation matters. The product itself is only part of the solution. The way it is installed determines how well the system works.
Workshops and Maintenance Areas
Workshops are full of small spill risks.
Oil. Coolant. Cleaning products. Brake fluid. Hydraulic fluid. Solvents. Degreasers. Fuel. Water from cleaning. The list goes on.
Most of these spills are not huge. But they can still create safety and housekeeping issues if they spread into the wrong area.
In workshops, rubber bunding is often used to separate liquid handling zones from the rest of the workspace. That might be around a fluid storage rack, a maintenance bay, a cleaning station or a small chemical storage area.
One of the reasons rubber bunding works well in these spaces is that it is visible, practical and relatively easy to design around the way the workshop already operates.
A workshop does not always have the luxury of starting from scratch. You may already have benches, hoists, racking, drains, toolboxes, equipment and access pathways in place. Rubber bunding gives you a way to create containment within that existing environment.
The key is to avoid placing bunding where it becomes an annoying trip point or an obstacle that staff constantly have to fight with.
A good setup should improve the area, not make everyone curse it by lunchtime.
Warehouses and Industrial Facilities
In warehouses and larger industrial facilities, spill containment can be needed around chemical stores, liquid stock areas, loading zones, maintenance rooms and cleaning supply areas.
The challenge in these environments is often movement. You may have staff, pallet jacks, forklifts, stock and vehicles moving through or near the area.
That means your spill containment setup needs to be clear, durable and planned around traffic flow.
Rubber bunding can be used to mark and protect a containment area, but you need to think carefully about access. If people need to move drums in and out, you may need to plan openings, ramps or a layout that works with the way the area is used.
You also need to think about visibility. In a busy warehouse, anything installed on the floor needs to be easy to see. High-contrast markings or reflective elements can help staff notice the bunding, particularly in lower light or high-traffic areas.
Service Stations and Petrol Stations
Service stations, petrol stations and fuel-related environments have obvious liquid handling risks.
Fuel, oils, cleaning liquids and other fluids can all create issues if they spread across the wrong part of the site. Rubber bunding may be used in certain storage or service areas to create defined containment zones.
As with any fuel or chemical environment, it is important to check the suitability of the product for the liquid, the site conditions and the relevant regulations. Not all rubber compounds are suitable for every chemical exposure, and not every bunding setup will be appropriate for every site.
This is where experience matters. Rubber is not just “rubber”. Different compounds behave differently depending on the environment. Exposure, traffic, UV, oils, chemicals and installation conditions all affect performance.
After more than 20 years in this industry, I can tell you one of the biggest mistakes people make is assuming one rubber product will suit every situation. It will not.
The right question is always: what is the environment, what is the product being exposed to, and what does the site need the rubber to do?
Step 1: Identify the Spill Risk
Before you start choosing products, measure anything or plan the layout, you need to identify the actual spill risk.
This sounds simple, but it is the part that often gets rushed.
Walk the site and ask:
Where are liquids stored?
Where are liquids transferred?
Where are containers opened, poured or handled?
Where are drums or tanks moved?
Where is wash-down water travelling?
Where would a spill naturally flow?
What is nearby that needs to be protected?
Are there drains close by?
Are there walkways, doorways, stock areas or machinery nearby?
You are not just looking at where the liquid starts. You are looking at where it could end up.
That is the whole point of containment.
For example, a drum storage area might be tucked neatly against a wall, but if the floor falls toward a walkway or roller door, a spill could travel further than expected. A wash bay might look contained, but regular use may send water beyond the edge of the bay. A workshop fluid station might be fine most days, until a container gets knocked and liquid runs under nearby equipment.
A good spill containment setup starts with observing the real risk.
Step 2: Choose the Right Containment Method
Once you understand the risk, you can choose the right containment method.
Not every area needs rubber bunding. Not every area needs a spill pallet. Not every area needs a full fixed bund.
The right option depends on the site.
Spill kits and absorbents are useful for response. They should be available where spills may happen. But they do not create a physical barrier.
Spill pallets are useful for storing individual drums or smaller groups of containers. They can be a good option when the main issue is storage of specific containers.
Temporary spill socks can help during short-term work, but they are not ideal as a long-term structural solution.
Concrete bunds can be very durable, but they are more permanent and may not suit existing floors or changing layouts.
Rubber bunding is useful when you want to create a defined floor-level containment zone using a flexible, modular barrier system.
That makes it suitable for many existing workshops, warehouses, wash bays and storage areas where you need something practical, visible and adaptable.
Step 3: Measure the Area Properly
Once you know where you want containment, measure the area.
Do not guess.
Measure the length of each side, note where the corners are and think about how the space will be used.
You need to consider:
The total perimeter required.
How many straight sections are needed.
How many corner pieces are needed.
Whether the area needs one open side.
Whether staff need access points.
Whether trolleys, pallet jacks, vehicles or machinery need to pass through.
Whether the bunding will interfere with doors, drains, workbenches, machinery or racking.
The floor condition.
The direction of floor fall.
This is where modular rubber bunding is useful. Straight middle sections can form the main runs of the containment area, while corner pieces help create the shape.
For a simple rectangular area, you may need straight sections on each side and corner pieces to complete the perimeter. For a storage area against a wall, you may only need bunding on the exposed sides. For a wash bay, the layout may depend heavily on drainage, access and how vehicles enter or exit.
The best layout is not always the neatest drawing. It is the one that works in the real space.
Step 4: Plan Access Before Installing Anything
This is a big one.
A spill containment area still needs to be usable.
If the bunding blocks how staff move, how drums are loaded, how trolleys operate or how vehicles enter the space, the system will quickly become a problem. And when safety equipment becomes annoying, people start working around it.
That is when things go downhill.
Before installing rubber bunding, think through the day-to-day workflow.
How are drums delivered?
How are containers moved?
Does someone need to wheel equipment through the area?
Is there a forklift involved?
Does the area need to be cleaned regularly?
Will staff need to step over the bunding often?
Is the bunding located in a pedestrian path?
Is the bunding visible enough?
This is not just about containment. It is about designing a space that people can actually use safely.
If your team has to fight the setup every day, the design is wrong.
Step 5: Choose the Right Rubber Bunding Components
A practical rubber bunding system usually uses straight sections and corner pieces.
The straight sections create the main runs. The corner pieces help shape the containment zone and allow the system to turn neatly.
At Rubbr, our rubber bunding range includes middle sections and corner pieces designed to help create spill containment areas around drum storage, wash-down areas, service areas and other liquid handling zones.
The middle section is the workhorse. It forms the straight length of the bunding layout and can be used to create customisable runs depending on the size of the area.
The corner piece is what allows the system to turn properly. Without the right corners, you end up with awkward joins, poor layout or gaps where liquid may find a way through.
When choosing components, think about the whole system, not just the number of straight pieces.
You need to ask:
How many straight runs are required?
How many corners does the area need?
Do the pieces need to be cut or adjusted?
How will the sections be sealed together?
How will the bunding be fixed to the floor?
Will the layout allow safe access?
Will the finished area be visible to staff?
Buying the right components is important, but planning how they work together is just as important.
Step 6: Prepare the Floor Surface
Rubber bunding needs a suitable surface to perform properly.
If the floor is dirty, dusty, oily, uneven or damaged, you may not get a good bond or seal. That can affect how well the bunding holds in place and how well it contains liquid.
Before installing, the area should be cleaned properly. Remove dirt, dust, oil, loose material and anything else that may interfere with fixing or sealing.
You also need to inspect the floor condition. Cracks, uneven sections or damaged concrete may need attention before installation.
In simple terms: do not install good bunding over a bad surface and expect a perfect result.
The floor is part of the system.
If you are using sealant underneath the bunding, surface prep becomes even more important. The sealant needs a clean, suitable surface to do its job.
This is one of those details people sometimes skip because they are in a rush. But it matters.
Good preparation helps create a better finished result.
Step 7: Use Sealant Correctly
Sealant is one of the most important parts of a rubber bunding installation.
The rubber bunding creates the physical barrier, but sealant helps close the gaps underneath and between pieces.
Without proper sealing, liquid may find its way under the bunding or through the joins.
That is especially important in wash bays, chemical storage areas and drum storage zones where the goal is to contain liquid within a defined area.
Typically, sealant may be used underneath the bunding and between adjoining sections. The exact product and method depend on the site, the surface and the liquid exposure.
The key point is this: do not think of rubber bunding as just a loose barrier sitting on the floor.
If you need containment, you need to think about sealing.
Liquid is patient. It does not need a big gap. It only needs the weak point you forgot about.
Step 8: Fix the Bunding Securely
Rubber bunding should be fixed securely to the floor using appropriate fixings for the surface and application.
Preformed fixing points can make installation easier because they give you a clear guide for securing the sections.
The right fixing method will depend on the floor, the type of traffic around the area and the demands of the site.
For example, a low-traffic storage area may have different demands compared with a busy workshop or warehouse where trolleys, pallet jacks or vehicles operate nearby.
The goal is to keep the bunding stable, aligned and properly positioned.
Movement is the enemy of a good containment setup. If sections shift, lift or separate, the system will not perform as intended.
Secure fixing also helps reduce trip risk and keeps the finished area looking professional.
Step 9: Check the Finished Layout
Once the bunding is installed, do not just walk away.
Check the layout carefully.
Look at the joins. Look at the corners. Look underneath the edges where visible. Check that the bunding is fixed securely. Check that the sealant has been applied properly. Check that the area still works for staff movement and site operations.
You should also think about what would happen during an actual spill.
Would the liquid stay in the intended area?
Is there an obvious weak point?
Is the floor fall likely to push liquid toward one side?
Are there gaps near walls, drains or entry points?
Is the containment area large enough for the likely spill volume?
Have staff been told what the area is for?
That last point matters. A bunded area should not be a mystery. The team should understand why it is there and how to use it properly.
Step 10: Maintain the Spill Containment Area
Spill containment is not a “set and forget forever” situation.
Like anything on a working site, it needs occasional inspection.
Over time, sealant can wear, floor conditions can change, traffic can damage edges, and sections may need adjustment or replacement. If the area is used frequently, it should be checked regularly.
A simple inspection routine can include:
Checking that the bunding is still fixed securely.
Looking for cracks, cuts or damage.
Checking sealant between sections.
Checking the seal underneath where possible.
Making sure the containment area is clean.
Removing residue after spills.
Making sure the area is not being used for unrelated storage.
Checking that staff are not placing items over or across the bunding.
The more demanding the site, the more important this becomes.
A bunding system only helps if it remains in good condition.
Common Mistakes When Setting Up a Spill Containment Area
After many years in this industry, I have seen the same mistakes pop up again and again.
Most of them are avoidable.
Mistake 1: Only Thinking About the Product, Not the Area
People often start by asking, “What product do I need?”
That is a fair question, but it should not be the first question.
The first question should be: “What problem are we trying to solve in this space?”
The product needs to match the site. A drum storage area, wash bay and workshop fluid station may all use rubber bunding, but the layout and installation requirements can be different.
Mistake 2: Forgetting About Floor Fall
Floors are rarely perfectly flat.
Liquid will follow the fall of the floor, so you need to understand where it will travel. If the floor slopes toward a doorway, drain or walkway, your containment design needs to account for that.
Ignoring floor fall is one of the easiest ways to end up with a containment area that looks right but does not work properly.
Mistake 3: Not Sealing the Joins
Rubber bunding sections need to work together as a system.
If joins are not sealed properly, liquid can escape through the gaps. This is especially important in wash bays and areas where liquid exposure is regular.
The barrier is only as good as its weakest point.
Annoying? Yes. True? Also yes.
Mistake 4: Making the Area Too Small
A containment area needs to be large enough for the actual risk.
If you are storing drums, consider what could realistically leak or spill. If you are setting up a wash bay, consider how much liquid is used and where it moves. If you are working around equipment, consider access and clearance.
Too small usually means the setup looks neat but performs poorly.
Mistake 5: Blocking Workflow
If staff cannot use the area properly, they will find ways around it.
That might mean stepping over bunding constantly, dragging equipment across it, placing items in awkward positions or ignoring the intended containment zone altogether.
Good safety design should work with the workflow, not against it.
Mistake 6: Using Temporary Products for Permanent Problems
Spill socks, absorbents and pads are useful, but they are not always the right long-term containment solution.
If an area has ongoing spill risk, it may need a more structured setup. Rubber bunding can be a better option when the risk is tied to a fixed area that is used regularly.
Mistake 7: Ignoring Visibility
Floor-level products need to be visible.
In a busy workplace, staff should be able to see where the bunding is and understand the boundary it creates. This is especially important around vehicles, trolleys, forklifts or pedestrian areas.
Visibility is not just about aesthetics. It affects safety and usability.
Example Setup 1: Drum Storage Area in a Workshop
Let’s say you have a workshop storing several drums of oil, coolant or cleaning liquid.
The drums sit against a wall near a maintenance area. Staff access them regularly, and there is a walkway nearby. The floor has a slight fall away from the wall.
In this case, the goal is to stop any leak or spill from moving into the walkway or across the workshop floor.
A practical rubber bunding setup may include straight middle sections along the exposed edges of the storage zone, with corner pieces used to complete the perimeter. The bunding would be fixed securely and sealed underneath and between sections.
The layout should allow staff to access the drums safely without constantly stepping over the bunding in awkward positions. If drums are moved with a trolley, that needs to be planned before installation.
The finished area should be clearly defined, easy to clean and easy to inspect.
Example Setup 2: Wash Bay or Detailing Area
Now imagine a wash bay where water and cleaning products are regularly used.
The issue may not be one big spill. It may be ongoing water movement outside the intended wash area.
In this case, rubber bunding can be used to help define the wash zone and reduce the spread of liquid into surrounding areas.
The design needs to consider drainage, vehicle access and how staff move around the bay. Sealant is especially important because water will find any gap it can.
If vehicles need to enter and exit the area, the bunding layout needs to be planned so it supports the workflow rather than interrupting it.
This is where you want to measure properly, observe how the bay is used and think about water movement before fixing anything to the floor.
Example Setup 3: Warehouse Chemical Storage Zone
In a warehouse, you might have a dedicated area for cleaning chemicals, liquid stock or maintenance supplies.
The risk is that a leak or spill could spread into stock areas, traffic routes or nearby drains.
A rubber bunding setup can help create a clear boundary around the storage area. The bunding should be installed so it does not interfere with warehouse traffic, pallet movement or emergency access.
Visibility is important here. Staff and equipment operators need to recognise the bunded zone quickly.
The setup should also be easy to keep clean. If the area becomes cluttered or difficult to inspect, the containment benefit is reduced.
How to Choose the Right Rubber Bunding Supplier
Not all rubber products are made equally.
That is not sales talk. That is manufacturing reality.
Rubber performance depends on the compound, design, density, shape, installation method and the environment where it is used. A product that works well in one setting may not be right for another.
When choosing rubber bunding, look for a supplier who understands the application, not just the product name.
You want to know:
What is the bunding designed for?
Is it suitable for the environment?
How is it installed?
Does it have fixing points?
How are corners handled?
Can it be used in customisable lengths?
What sealant or fixing method is recommended?
Is it suitable for the liquid exposure you expect?
At Rubbr, our background in specialised rubber manufacturing means we look at rubber products from a practical performance perspective. We care about how they are made, how they are installed and how they hold up in the environments they are designed for.
That matters because rubber is not just a commodity. The wrong product in the wrong application can cost you more in the long run.
Rubber Bunding vs Spill Pallets
A common question is whether a business should use rubber bunding or spill pallets.
The answer depends on the setup.
Spill pallets are useful when you are storing drums or containers and want a containment base directly underneath them. They are often used for individual drums or smaller storage groups.
Rubber bunding is different. It creates a larger floor-level containment zone around an area.
For some sites, one may be more suitable than the other. For other sites, both may be used together as part of a broader spill management approach.
For example, a business may use spill pallets for certain drums and rubber bunding to define the broader storage or handling area.
The best option depends on the liquid type, volume, storage method, floor space and site workflow.
Rubber Bunding vs Concrete Bunds
Concrete bunds are strong and permanent, but they are not always the most practical choice for existing sites.
They can be expensive, disruptive and difficult to change later. They may be suitable for certain industrial or high-risk areas, but not every business needs that level of permanent construction.
Rubber bunding can be a more flexible option for existing workshops, warehouses and wash areas where you want to create a defined containment area without major building work.
It is also modular, which means the layout can be planned around the space.
That flexibility is one of the reasons rubber bunding is so useful in real-world facilities.
Rubber Bunding vs Temporary Spill Socks
Temporary spill socks are helpful for emergency response or short-term containment. They are easy to store and can be placed quickly when needed.
But they are not the same as a fixed or semi-permanent bunded area.
If you have an ongoing spill risk in the same location, a more permanent solution may make sense. Rubber bunding creates a physical boundary that is always there, rather than something that needs to be deployed after someone notices the problem.
Again, this is not about replacing spill kits. It is about using the right tool for the right job.
Practical Questions to Ask Before Ordering Rubber Bunding
Before ordering rubber bunding, it is worth answering a few practical questions.
What liquids are you trying to contain?
Where are they stored or used?
How much liquid could realistically spill?
What is the floor made from?
Is the floor clean, sound and suitable for fixing?
Does the floor slope?
Are there drains nearby?
How much space do you need to contain?
How many corners are required?
Will people, trolleys or vehicles need access?
Is the area indoors or outdoors?
Will the bunding be exposed to sunlight, weather, oils or chemicals?
How will the bunding be sealed?
How will it be maintained?
These questions may feel basic, but they help you avoid buying the wrong setup.
And in our world, basic done properly usually beats fancy done badly.
Why Rubber Quality Matters
With more than two decades in specialised rubber manufacturing, I have a healthy respect for the difference between “rubber-looking” and properly made rubber.
To most people, two rubber products might look similar in a photo. But the way they perform over time can be very different.
Rubber needs to be suitable for the environment. It needs to resist the type of wear it will experience. It needs to hold its shape, remain stable and perform under site conditions.
In spill containment, that matters because the product is doing a job. It is not decorative. It is not just there to look organised. It is there to help control liquid movement.
If the bunding cracks, shifts, breaks down or is not installed properly, the containment area is compromised.
That is why I always encourage people to think about application first, product second and price third.
Price matters, of course. Nobody wants to waste money. But the cheapest product is not cheap if it fails early or does not do the job properly.
When to Get Advice Before Installing
Some spill containment setups are straightforward. Others are not.
If you are creating a small workshop storage area, the layout may be simple. If you are working with chemicals, fuel, wash-down water, large volumes, drainage issues or heavy traffic, it may be worth getting advice before installing.
You should be especially careful if:
The liquid is hazardous.
There are drains nearby.
The area is exposed to vehicles or forklifts.
The floor is uneven or damaged.
The site has compliance requirements.
The bunding needs to contain larger volumes.
The area is exposed to chemicals that may affect rubber.
The workflow is complex.
A short conversation before ordering can prevent a long list of headaches later.
Shop Rubber Bunding for Spill Containment
Rubbr’s chemical and spill containment range has been selected for businesses that need practical, heavy-duty rubber solutions for areas like drum storage, wash-down zones, service areas and workshops.
Our rubber bunding middle sections are designed to form the main runs of a containment area, while the rubber bunding corner pieces help create a clean, functional layout around the zone.
Used together, they can help you create a defined spill containment area that is practical, durable and suited to real-world working environments.
If you are planning a setup and are not sure exactly what you need, the best place to start is by measuring the area and thinking through how it is used day to day. From there, you can work out how many straight sections and corner pieces are required.
And if you need help, reach out. We would much rather help you plan it properly before you order than have you try to fix a layout that was never quite right in the first place.
Frequently Asked Questions About Spill Containment Areas
How do I create a spill containment area?
Start by identifying where liquids are stored, handled or likely to spill. Then measure the area, assess the floor, consider access requirements and choose a containment method such as rubber bunding, spill pallets or other suitable products. For many workshops, warehouses and wash areas, rubber bunding is a practical way to create a defined floor-level containment zone.
What is rubber bunding used for?
Rubber bunding is used to create a raised barrier on the floor to help contain liquids within a defined area. It is commonly used around drum storage, wash bays, workshop fluid areas, service areas, chemical storage zones and industrial workspaces.
Is rubber bunding suitable for drum storage?
Rubber bunding can be suitable for drum storage areas where you need to create a defined containment zone around drums or liquid containers. The exact setup depends on the type and volume of liquid, the floor surface, access requirements and any compliance obligations for your site.
Can rubber bunding be used in wash bays?
Yes, rubber bunding can be used in wash bays and wash-down areas to help define the space and reduce liquid movement outside the intended zone. Correct sealing and installation are especially important in wash areas because water can find gaps underneath or between sections.
Do I need sealant when installing rubber bunding?
In most spill containment applications, sealant is important because it helps close gaps underneath the bunding and between adjoining sections. Without proper sealing, liquid may escape through joins or underneath the barrier.
What is the difference between a middle section and a corner piece?
Middle sections are used to create the straight runs of the bunding layout. Corner pieces are used where the bunding needs to turn or complete a contained area. Most bunded zones require a combination of straight sections and corner pieces.
Is rubber bunding suitable for warehouses?
Rubber bunding can be suitable for warehouse liquid storage or handling areas, especially where you need to define a containment zone around chemicals, cleaning supplies, oils or other liquids. The layout should account for staff movement, pallet access, forklifts, trolleys and visibility.
Is rubber bunding a replacement for spill kits?
No. Rubber bunding and spill kits do different jobs. Rubber bunding helps contain liquid within a defined area. Spill kits help staff respond to and clean up spills. Many sites benefit from having both.
Can rubber bunding be used outdoors?
Rubber bunding may be suitable for some outdoor applications, depending on the product, exposure, surface and installation method. If the bunding will be exposed to sunlight, rain, vehicles, oils or chemicals, it is worth checking suitability before installation.
How do I know how much rubber bunding I need?
Measure the perimeter of the area you want to contain. Work out the required straight runs, the number of corners and any access points. Also consider whether the bunding will sit against walls or only needs to cover exposed sides.
Final Thoughts
Setting up a spill containment area does not need to be complicated, but it does need to be thought through.
The best results usually come from asking practical questions early.
Where could liquid spill? Where would it travel? What needs to be protected? How will staff use the area? What needs to be sealed? What needs to be fixed? How will the area be maintained?
Rubber bunding is a simple, durable and practical way to create a defined containment zone for many drum storage areas, wash bays, workshops and industrial spaces.
But like any site safety product, it works best when it is chosen properly and installed properly.
After more than 20 years in specialised rubber manufacturing, my advice is simple: do not just buy rubber by the metre and hope for the best. Plan the area, understand the risk and build the containment zone around how the site actually works.
That is how you create a setup that does its job, lasts longer and makes life easier for the people using it every day.
Need help setting up a spill containment area? Explore Rubbr’s chemical and spill containment range, including rubber bunding middle sections and rubber bunding corner pieces, or contact our team for advice on the right setup for your site.