Resin Bound Driveways Plymouth | Your Questions Answered | Landart
Resin bound driveways generate more questions than almost any other driveway surface. That is partly because they are a newer option than tarmac or block paving, and partly because the terminology can be confusing — resin bound, resin bonded, and resin chip all describe different products that look similar but perform very differently.
Below are the questions Plymouth homeowners ask us most often about resin bound driveways, answered as straightforwardly as we can. If your question is not covered here, call Miles on 01752 916155 and we will answer it directly.
What is a resin bound driveway?
A resin bound driveway is made by mixing natural aggregate — stone, gravel, or recycled glass — with a clear UV-stable polyurethane resin. The mixture is machine-mixed to a precise ratio and trowelled onto a prepared macadam base to create a smooth, seamless surface. Once cured, the aggregate particles are fully bound within the resin matrix, which makes the surface porous throughout its depth. Water passes directly through the surface and drains away below.
This is the defining characteristic of resin bound compared to other resin surfaces: the permeability is inherent to the material, not achieved through drainage channels or gaps at the perimeter.
What is the difference between resin bound and resin bonded?
This causes more confusion than any other question about resin driveways. The two products look similar when newly laid but are fundamentally different in construction and performance.
Resin bound involves mixing the aggregate and resin together before application. The resulting surface is fully permeable, smooth, and stable — the aggregate is encased in resin throughout.
Resin bonded involves applying a layer of resin to the surface first, then scattering aggregate onto the wet resin. The result is a textured surface with exposed aggregate. It is not permeable, because the resin layer beneath forms a solid seal. It is also less durable, because the aggregate sits on the surface rather than being encased within it, and individual stones can be dislodged under traffic.
When people say they want a resin driveway, they almost always mean resin bound. We only install resin bound.
How much does a resin bound driveway cost in Plymouth?
Resin bound driveway costs in Plymouth vary depending on the size of the area, the aggregate chosen, and the sub-base preparation required. Resin bound is typically priced similarly to mid-range block paving on a per-square-metre basis. Premium aggregate choices — larger stone sizes, coloured quartz, recycled glass — push the cost higher. Budget aggregate in standard tones is at the lower end.
The sub-base preparation required also affects cost significantly. If the existing surface is a sound tarmac or concrete base, the resin can be applied to it directly after preparation, which reduces cost considerably. If a new sub-base is needed, excavation, hardcore, and a macadam binder course all add to the project cost.
We provide free, no-obligation written quotes after a site visit — call 01752 916155. For a broader guide to what affects driveway costs, see our Plymouth driveway cost guide.
Is resin bound permeable?
Yes. Resin bound is fully permeable — water passes directly through the surface and into the sub-base below. This is one of the main practical advantages of resin bound over other driveway surfaces, and it has specific implications in Plymouth.
Because the surface is permeable, resin bound driveways are SuDS compliant by design. They satisfy the drainage requirements for front garden driveways under England’s permitted development rules, which means no planning permission is required for a front garden resin bound driveway in most Plymouth properties. For more detail, see our guide on planning permission for driveways in Plymouth.
How long does a resin bound driveway last in Plymouth?
A correctly installed resin bound driveway in Plymouth should last between 15 and 25 years. The main factors that determine lifespan are the quality of the resin, the UV stability of the product, the mix ratio, and the condition and specification of the sub-base beneath.
UV stability is particularly relevant in Plymouth, where south-facing driveways can receive substantial sun exposure. Lower-grade resins yellow and become brittle over time when exposed to UV, which causes surface degradation and aggregate loss. We use UV-stable polyurethane resin as standard on all our installations, which prevents this.
All our resin bound driveway installations include a 5-year workmanship guarantee in writing.
What aggregate colours are available for resin driveways in Plymouth?
The aggregate is the element that gives a resin bound driveway its colour and character. We work with a wide range of aggregates and bring samples to every free survey so you can see them in natural light at your property, which is the only reliable way to judge how they will look on your specific driveway.
The most popular categories across Plymouth are:
Natural stone — warm buffs, honey tones, silver greys, earthy browns. The most widely chosen option, suits most property types.
Quartz — cleaner, more uniform appearance. White, ivory, and silver quartz are popular on contemporary properties with light render.
Recycled glass — unusual colours including blues, greens, and mixed palettes not achievable in natural stone. Growing in popularity for distinctive modern finishes.
Local Devon stone — available where a locally-sourced aggregate is preferred for aesthetic or sustainability reasons.
The stone size also varies — typically 1-3mm, 2-5mm, or 3-6mm. Finer stone gives a denser, smoother surface; coarser stone gives more texture and a more natural appearance. We discuss the options and their visual effect at the free survey.
How is a resin bound driveway installed?
The key stages of a resin bound driveway installation in Plymouth:
Sub-base assessment — the existing surface or ground is assessed for suitability. If a new sub-base is needed, we excavate, compact hardcore, and lay a macadam binder course and allow it to fully cure before any resin is applied.
Surface preparation — existing tarmac or concrete is cleaned, any cracks are repaired, and the surface is checked for stability. Resin applied over a failing surface will fail with it.
Mixing — resin and aggregate are machine-mixed in the correct ratio for the specific aggregate type and ambient temperature. Getting this ratio right is critical. Too little resin and the surface will be weak and dusty. Too much resin and it becomes slippery and discolours.
Application — the mix is trowelled onto the prepared base at a consistent depth, typically 15-18mm, working methodically to avoid cold joints and surface variation.
Curing — the surface is protected during the curing period. Foot traffic is typically safe after 4-6 hours. Vehicle use after 24 hours in normal Plymouth temperatures.
How do I maintain a resin bound driveway?
Resin bound requires very little ongoing maintenance compared to block paving or natural stone. The routine is straightforward:
Regular brushing — sweep off leaves, organic debris, and any grit that accumulates on the surface. Organic material left on the surface can stain and, in Plymouth’s damp climate, can provide a seed bed for moss growth.
Annual wash — jet wash once a year using a low-pressure fan setting. High pressure can dislodge aggregate from the surface, particularly in the first year after installation when the resin is still curing to its final hardness.
No sealing required — unlike block paving or natural stone, resin bound does not require periodic sealing. The resin itself provides the protective matrix.
Weed treatment if needed — resin bound is highly resistant to weed growth but occasional seeds can germinate on any debris that accumulates on the surface. A light application of path weedkiller in spring addresses any that establish.
Can resin bound driveways be repaired?
Resin bound can be repaired but not as invisibly as block paving. Damaged sections can be cut out and new resin bound applied to the area, but achieving a perfect colour and texture match to weathered existing resin is difficult. The repair will typically be visible on close inspection, though less so from normal viewing distance.
For homeowners where long-term repairability is a significant priority — for example, in areas of Plymouth where utility access to the driveway sub-base is common — block paving may be the more practical long-term choice. We discuss this honestly at the free survey rather than recommending a surface that does not suit the specific situation.
Is resin bound slippery when wet?
No — a correctly installed resin bound driveway is slip-resistant when wet. The aggregate particles provide texture at the surface, and because the surface is permeable, water drains through rather than pooling on top. In Plymouth’s wet winters, this drainage characteristic is a genuine practical advantage over impermeable surfaces where surface water can accumulate.
The slip resistance of a resin bound surface depends in part on the aggregate size chosen — coarser aggregates provide more texture and better slip resistance. We specify aggregate size with the site conditions in mind, including any areas with gradient that might require higher slip resistance.
Where can I see examples of resin bound driveways in Plymouth?
Our project gallery shows completed resin bound installations across Plymouth. We also bring aggregate samples and product examples to every free survey — the most reliable way to judge how a specific aggregate will look is to see it in natural light on your actual driveway, against your property’s external finish.
Call Miles on 01752 916155 to arrange your free survey and we will bring a range of samples for you to compare in person.
Book Your Free Resin Bound Driveway Survey in Plymouth
Call 01752 916155 or 07484 183449, Monday to Sunday, 8am to 6pm. We cover all of Plymouth and surrounding areas including Tavistock, Saltash, Ivybridge, Plympton, Plymstock, Bere Alston, Yelverton and the South Hams. Or fill in our contact form for a same-day response.
