Your FAQ's about resin bound surfaces

Here are some commonly asked questions about resin bound surfaces like driveways, patios and paths, along with their answers. For example, what it is, how long it lasts, where it's laid and much more.

1. What is a resin bound surface?

A resin bound surface is a type of permeable paving made by mixing resin with natural aggregates (such as gravel, stones, or other materials). Therefore, this mixture is then laid on a prepared base, creating a smooth, durable, and porous surface ideal for driveways, patios, and pathways.

2. How long does a resin bound surface last?

Resin bound surfaces are highly durable and can last anywhere from 15 to 25 years, depending on factors like the quality of the installation, the type of resin and aggregate used, and how well it’s maintained.

3. Is a resin bound surface permeable?

Yes, resin bound surfaces are fully permeable, allowing water to drain through the surface. This makes them an environmentally friendly option and helps reduce the risk of flooding by preventing water runoff.

4. Can resin bound surfaces be installed on existing concrete or tarmac?

Yes, resin bound surfaces can often be laid on top of existing concrete or tarmac, provided the base is in good condition. Crucially, any cracks or damage to the base must be repaired to ensure a smooth, long-lasting surface.

5. Are resin bound surfaces slippery?

Resin bound surfaces are generally non-slip, especially when the right aggregate is chosen. An anti-slip additive, crushed glass is also applied over the surface for added safety.

6. How do you maintain a resin bound surface?

Resin bound surfaces require minimal maintenance. Regular sweeping to remove debris and occasional power washing will keep the surface clean. Avoid using harsh chemicals, and address any potential stains quickly to prevent long-term damage.

7. Can resin bound surfaces be used in all weather conditions?

Yes, resin bound surfaces perform well in most weather conditions. Their porous nature helps prevent water buildup during rainy periods, while in cold weather, they’re resistant to cracking and frost damage.

8. Are resin bound surfaces UV-resistant?

Resin bound surfaces are available in UV-stable and non-UV stable resins. Therefore, we use UV-stable resins as recommended because they prevent the surface from yellowing or fading when exposed to sunlight.

9. How long does it take to install a resin bound surface?

The installation time depends on the size and complexity of the area. For small residential projects like driveways or patios, it typically takes 1-3 days to install, with an additional 7 hours to walk on and 72 hours for vehicle traffic.

10. What colours and finishes are available for resin bound surfaces?

Resin bound surfaces come in a wide variety of colours and finishes, thanks to the different aggregates that can be used. This allows for customisation to match the aesthetic of your home or business.

11. Is a resin bound surface environmentally friendly?

Yes, resin bound surfaces are environmentally friendly due to their permeability, which allows water to naturally drain into the ground, reducing surface water runoff. Some aggregates are also sourced sustainably.

12. Can heavy vehicles drive on resin bound surfaces?

Yes, resin bound surfaces are strong enough to support heavy vehicles, making them suitable for driveways. However, it’s important to ensure the base is properly prepared to handle the weight. Therefore, correctly installed resin bound surfaces will take up to 7.5 tons at 18mm. Although, we lay our installations even thicker at 20mm.

13. How does a resin bound surface differ from a resin bonded surface?

A resin bound surface involves mixing resin and aggregate before laying it down, resulting in a smooth and porous finish. A resin bonded surface involves spreading resin on the base first, followed by scattering aggregate on top, which creates a rougher, non-permeable surface.

14. Can resin bound surfaces be repaired if damaged?

Minor damage to resin bound surfaces can often be repaired, but larger repairs may require professional intervention to ensure the patch matches the original surface. Therefore, it’s important to address any damage early to prevent further deterioration.