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Restore or Replace

The prevalence of public playgrounds is one of the very best aspects of the modern urban landscape – a landscape which is otherwise often maligned for its lack of accessible, child-friendly outdoor spaces.

Rarely will you pass through a residential area in the UK without at least catching a glimpse of a playground, offering a safe space for children to explore, and a convenient meeting point for families; in so many ways, playgrounds are the beating heart of the community.

For those overseeing these spaces (most often in local government), it’s crucial to ensure consistent upkeep, but despite regular attention, there will always come a time when the equipment is so thoroughly worn or damaged that more substantial action is required. At this point, local authorities face a choice: restore and patch up the equipment, or replace it entirely, and create an entirely new playground.

Many factors can influence this decision, and we’ve outlined some of the most common below, all of which we’ve encountered many times over our decades in playground design and installation.

Back to Health: Restoring Playgrounds

Restoration is a broad term which can describe a multitude of actions taken to reinstate the health of existing equipment or spaces. It can range from something as simple as a fresh coat of paint, to adding replacement parts (such as new chains on swing seats), or conducting targeted repairs of damaged items. Whilst these are minor operations, they can breathe new life into play spaces with relatively little time or money.

Some of the biggest deciding factors that influence councils to choose restoration include:

Every Penny Counts

In the wake of a pandemic and ongoing global conflicts, economies around the world are experiencing the knock-on effects, and organisations of all kinds are seeking to do more with less. In the UK, local government funds are tighter than ever, and barely a day goes by without more bad news on another council facing financial difficulty. This means that, whilst they have an imperative to ensure their play spaces are kept up to date, authorities will also seek to spend limited resources wisely. If a playground requires attention, the relatively cost-effective nature of repairing and restoring, as opposed to an extensive transformation, makes it much more appealing.

Speedy Service

With some councils overseeing tens or even hundreds of local parks and playgrounds, time is very much of the essence when it comes to maintenance. The closure of a single park, or a single prominent item within it, can cause major upheaval to the community, as demands on time and money may make it unfeasible for families to go elsewhere. This is where restoration can be a lifeline for councils. Applying a paint and polish or acquiring a replacement part for a damaged item are all much quicker than introducing an entirely new range of equipment, which will typically involve a much lengthier period of design, manufacture and installation. The expedited process of restoration is good for everyone, as it causes a minimum of community disruption, whilst allowing the council to demonstrate its competence by taking fast, effective action.

Preserving Precious Memories

Playgrounds are the centrepiece of many communities, and can endure for many years or decades - as a result, their value is often be measured in far more than the cost of the equipment. Some parents love to take their children to the same play spaces they visited in their youth, or derive comfort from seeing them play on the same equipment. This doesn’t mean, of course, that decades-old items should never be touched (especially if their safety is compromised) but it is also true that patching up minor damage is much more likely to retain the original character of a piece than replacing it completely. However, equipment itself is not the only consideration. Naturally occurring features in or around the playground (such as trees) are also well-known to hold great sentimental or historical value for some. Conducting a full replacement of an entire space is very likely to impact the existing landscape – it may necessitate removing a centrally positioned tree, for instance, which could incur the unhappiness of residents who retain memories of it from their own childhood. Choosing to restore equipment, in contrast, will retain these precious natural features for the community to reminisce over, and for future generations to enjoy.

A Fresh Start: Replacing Playgrounds

Despite these compelling benefits, there will always be situations where restoration is simply not the right option for the playground itself, for the community, or for those responsible for overseeing it. This is where replacement comes in.

As with restoration, replacement encompasses a range of actions, all resulting in what is essentially a completely new space ready to be enjoyed by the public. It can entail the removal of every piece of existing equipment, or an infusion of new equipment and surfacing whilst retaining some existing items. As with restoration, this course of action comes with a number of big benefits for councils, and some of the most common include:

Safety First

A central requirement of any public space is to ensure the safety of its attendants – and this is doubly important where children are concerned. When assessing the state of their playgrounds, councils will investigate not only their useability, but their safety; if enough of it is no longer useable or is likely to cause accidents, a full replacement becomes the only viable option. Failure to carry this out could result in a child seriously harming themselves or someone else, circumstances which could substantially damage the council’s reputation. Incidentally, older equipment (if unaltered) is legally obliged to comply with safety legislation as it was at the time of the product’s installation, rather than as it currently stands. This means that replacement equipment and spaces are by definition almost guaranteed to meet a much higher standard of safety legislation than that which they replace.

Listening to the Community

It is the responsibility of councils not only to improve local services, but to engage with their constituents in the process. Undertaking a full-scale replacement is an excellent opportunity to conduct extensive community engagement, and allow families, children and schools to provide their own input. In so doing, the council can show its capacity to listen to constituents, and demonstrate that it takes their views seriously.

Levelling the Playing Field

Whilst the prevalence of community playgrounds is hugely positive, the world has changed a great deal in the time since they began to spring up. Inclusion is now a greater concern than ever before, including of those with disabilities. Many public play spaces, however, having first been installed during the 20th Century, are not always best suited to cater for a diverse range of children in the 21st. Outdated equipment or features, for instance steps or platforms leading to the playground or insufficient flow space between its units, could inadvertently end up excluding many families. As attitudes around disability have modernised, however, play designers have begun to catch up, for instance by utilising inclusive physical features in their work such as wheelchair inclusive decks or drag ramps. Full scale replacement offers councils the opportunity to update outdated play spaces with these kinds of innovative products, rethink the area’s layout if necessary, and quite literally invite the entire community to join the fun.

Weighing up the Options

Whilst many of the factors outlined here clearly tend towards either restoration or replacement, some considerations are much more ambiguous. These include:

By Popular Demand

When assessing how to proceed with a damaged or degraded play space, a site’s popularity and level of usage are also crucial, and complex, considerations.

What is the location of the playground, for instance, how proximate is it to busy areas, and how frequently is it visited by the community? A heavily used space in a prime area is likely to wear more quickly due to the heavier footfall, and replacing it in its entirety would appear most appropriate, but this will also come with repercussions for the community. Closing the playground will force families to travel elsewhere for a prolonged period, whereas targeted repairs would allow the site to remain mostly open. On the other hand, a fully transformed new playground will always go a long way towards fostering a sense of community amongst residents, and it’s hard to overstate the pride that a new local amenity, such as a playground, can provide.

The same is true when considering a more remote, secluded space. A less used site would seem to suggest councils should focus on repairs rather than replacement – why invest stretched resources on upgrading a site which sees little attention? Much better, perhaps, to repair the equipment and keep the play space open to all, whilst saving money. Alternatively, a full replacement service, with new equipment and surfacing, could attract the attention not only of existing users, but new ones too, and in the process, help to relieve pressure on other local sites.

As with the environment, a playground’s popularity doesn’t immediately point an overseer towards either restoration or replacement, but instead invites them to carefully assess both options before proceeding.

Future-Focussed

An evergreen principle of sustainability is that the longer something can be kept fit for purpose, the better for the planet. This clearly means that repairing existing equipment is an environmentally sustainable choice, avoiding the adverse effects of replacement which include wastage in the form of the old equipment (if not recyclable), the fuel, power, people and time needed to carry it out, and the resources required to manufacture the new equipment.

Despite this, it would be untrue to say that full replacement has no environmental benefits at all. Whilst it undoubtedly creates waste and uses resources, technological advances and changes in environmental laws mean that new equipment is almost guaranteed to have been manufactured much more sustainably than that which it replaces – and due to modern preservative methods (such as up-to-date styles of pressure treating for wooden posts) it is likely to be far more robust, too. The net result is that replacement’s environmental impact should be more than offset by many years of future use.

Ultimately, it is for each playground provider to weigh up these nuanced arguments before coming to the right decision for their playground, their community, and the planet.

The Right Choice

Whilst this decision can often be a challenging one, we hope that the insights shared here will enable councils, and all who are responsible for public playgrounds, to better assess their own options, make financially beneficial, environmentally responsible, and community-focused choices, and continue to deliver unforgettable play experiences for their constituents for many years to come.

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Anti-Slip Surfacing

Many of our products, especially our multi-play units, are designed to enable fast, thrilling, kinetic play for all ages and abilities. This is why durable, hard-wearing anti-slip surfacing is another key material used in our factory, to deliver the safest, highest quality playing experience for children.

The two most commonly used materials in this regard are Hexastrong panels and WISA®-Multifloor panels. The former is found primarily on the walking decks and steps on many of our multi-play units, including in our MiniTown, Toddlerzone and Playzone ranges. With their hard-wearing nature and excellent strength to weight ratio, these panels are ideally suited for use on playground equipment, and as they are produced primarily from timber, they can be considered a renewable resource.

Durable WISA®-Multifloor panels are also utilised most prominently in our Toddlerzone and Playzone ranges. Constructed from birch veneers bonded together with weather-resistant glue and coated with an elastic overlay, they deliver a strong, safe surface on walking decks and steps, upon which children can play freely.

As with all materials involved in the manufacture of our products, we work hard to ensure we deal with responsible suppliers at every stage, and participate in a sustainable supply chain with environmental consideration at its heart:

Both of our Hexastrong suppliers are UK-based, reducing emissions from overseas freight, and the materials we source from both are FSC (Forest Stewardship Certification) approved, ensuring they are derived from well-managed forests and tracked throughout their manufacturing journey. Both suppliers also fully comply with the Timber and Timber Products Regulations (UKTR), which requires them to conduct all necessary due diligence on their supply chains, to ensure the materials they use have been legally sourced and traded.

One of our suppliers also utilises a Carbon Calculator, to inform every customer of the overall carbon footprint of their order, taking in manufacture, delivery of the product to the supplier’s warehouse, and storage, all the way up to the moment it leaves the supplier’s premises. This information allows us to easily understand the carbon impact of the Hexastrong panels we purchase, and assess the results accordingly.

Our supplier of WISA®-Multifloor panels, meanwhile, is based like us in West Yorkshire, again reducing freight emissions, and as with our Hexastrong supplier, is FSC (Forest Stewardship Certification) approved and fully complies with the Timber and Timber Products Regulations (UKTR).

Both our Hexastrong and Wisa®-Multifloor panels are covered by a 2-year warranty against material degradation.

Paint/Finishing

Although originating from our West Yorkshire factory, our equipment delivers fun across the country every day – and beneath the colourful surface, its fundamentals are high quality, durable, and sustainable.

When it comes to safeguarding our environment, however, we know the surface itself has a part to play, too. We utilise a range of different treatments and finishes, including galvanising, powder coating and zinc priming for mild steel, and anodising for aluminium. These processes provide the materials with the best chance of enduring heavy usage, whilst sealing the surface’s prime coating, and adding further durability through a UV stable colourfast finish.

The manner of application is also crucial with regards to sustainability. Our preferred method, electrostatic spraying, involves the use of a spray gun to powder coat the metal. This leads to an exceptionally even particle distribution when compared with traditional airless methods, which can result in significant overspray and insufficient coverage. The improved transfer then translates to reduced paint consumption, which in turn reduces waste, and saves on any cleaning agents required to remove excess.

Our UK-based supplier practices sustainable delivery methods, including utilising cardboard packaging in place of plastic, as well as biodegradable packing peanuts made from natural, nontoxic sources (such as wheat and corn starch) which can be used in compost piles after use. 

Our paint, anodising and galvanising are all covered by a 10-year warranty against significant corrosion due to faulty materials or finishing.

Rubber

With its inherent flexibility and array of bright colours, rubber is ideal for use in play equipment.

In our case, it is the main material used in many of our swing seats, whose design and production originally helped to make Sutcliffe Play a leading name in the playground market.

Rubber is derived from the sap of the rubber tree, which, when farmed responsibly, can be tapped for latex production over a period of many years before requiring replacement. Not only does this make the rubber itself a sustainable resource, it is also a great benefit for the wider ecosystem, as rubber trees have a significant capacity to absorb carbon dioxide.

Likewise, natural rubber is also extremely biodegradable, giving it a major advantage over plastic (which can take decades or even centuries to decompose); the higher the percentage of pure latex rubber in the compound, the faster it breaks down upon disposal.

Our north-west based supplier is a leading enterprise that operates a Sustainable Procurement Policy, which seeks to monitor and manage the business’s environmental impact, whilst ensuring social, environmental and economic factors are fully considered by employees and suppliers.

Our rubber is covered by a 2-year warranty against material degradation.

Aluminium

Sustainability and durability run through our equipment quite literally from top to bottom, as the supporting uprights on our popular Toddlerzone, Playzone, Neo and Mission ranges are constructed from high-quality, responsibly sourced aluminium.

Three of our four main aluminium suppliers are based locally in West Yorkshire, reducing freight emissions, and all seek to work within a sustainable supply chain, with one certified to the Environmental 14001 standard.

This highly durable material is the most recyclable metal in the world, and can be continually re-melted and refashioned into new products without losing its properties. This process also uses up to 95% less energy than the production of new aluminium from raw materials.

Its unique combination of versatile properties, including low weight, high strength, corrosion resistance and recyclability make it a perfect match for heavy usage playgrounds. Its hardened anodised finish is also maintenance free and requires no touch-up or finish during its life cycle, saving on wastage and the use of new top up materials.

Our aluminium is covered by a 25-year warranty against structural strength, and our anodising is covered by a 10-year warranty against significant corrosion due to faulty materials or finishing. 

Mild Steel

Mild steel is another essential material which is a perfect fit for our durable product range, used to create the supporting components of our multi play units, as well as rotators such as our inclusive dish roundabouts.

As with stainless steel, our supplier is an established enterprise in the local West Yorkshire area. They create mild steel from raw materials sourced from UK and Belgian foundries which are BES6001 certified, and as of April 2023, their activity was estimated to produce 1.39 tonnes of carbon emissions per tonne of steel, well below one of the major estimated industry averages (1.85 tonnes), and on par with another (1.40).

This high-quality material is painted using a sustainable electrostatic process, and gains added protection through a UV stable colourfast finish. It has been proven to withstand not only the rigours of daily usage but the harshest of outdoor environments, including those with high salinity – this is well-evidenced by the fact that there has never been a customer claim against its structural guarantee.

Our mild steel is covered by a 25-year warranty against structural strength.

Stainless Steel

Another material that helps us to offer the most robust equipment on the market is stainless steel, used in the manufacture of our chute, bedway and bannister slides.

Our supplier is local, based like us in Yorkshire (reducing freight-based carbon emissions), and they utilise only materials from approved and highly reputable mills. They also work to ensure their supply chains are free from any unacceptable labour practices, are aligned to the UN 2040 Net Zero Target, and are beginning to roll out the use of Hydrotreated Vegetable Oil to replace diesel at all of their service centres, leading to a reduction in carbon emissions and nitrogen oxide.

The stainless steel in our products is maintenance free, easy clean, and suitable for all environments. It conforms to EN10088 specifications, and it is austenitic – making it stronger, more durable, and less electrically and thermally conductive than carbon steel, as well having a greater corrosion resistance. This durable, robust composition greatly extends the material’s lifespan, deferring waste creation (and steel is already the most recycled material used in manufacturing overall, so is far less likely to create waste at all).

Our stainless steel is covered by a 25-year warranty against structural strength.

HPL

HPL is a high-performance, external grade, self-supporting laminate utilised in versatile ways throughout our product range, such as the colourful panelling on many of our multi-play units.

The two key components in its creation are paper (technically called cellulose fibres) and thermosetting resin, with the former representing 60-70% of the finished material.

Our supplier is an Environmental Management Systems ISO 14001:2015 certified business, which holds both of the voluntary ‘Chain of Custody’ certifications according to FSC (Forest Stewardship Council) and PEFC (Programme for the Endorsement of Forest Certification) schemes. These certifications guarantee that the final product is made of material from well-managed, FSC or PEFC-Certified forests, and other controlled sources.

No organic solvents, asbestos or heavy metals are used during HPL’s production cycle, and it doesn’t release any gases, vapours, solvents or fluids. Its processing waste can be handled in a manner equivalent to household waste at controlled landfills, and it is estimated that 80% of the waste generated by our supplier is recovered.

Once created, HPL’s standout durability (it is fire-retardant, scratch and shock resistant, and non-porous) ensures that it will resist a great deal of wear and tear, and endure for long periods before requiring replacement.

Our HPL panels are covered by a 10-year warranty against non-structural failure due to faulty workmanship or materials.

HDPE

HDPE (High-Density Polyethylene) is an extremely versatile thermoplastic polymer used in the freestanding play panels which feature in many of our play spaces, as well as for various components across our product range.

Offering an excellent strength-to-density ratio, and a very high impact resistance and melting point, products utilising HDPE are sure to enjoy a very long life.

Our HDPE is sustainably sourced, with our supplier having recycled 99% of their waste material and off-cuts from their formation, and offering HDPE recycling services to customers for products which are no longer required.

Unlike natural, porous materials such as wood (which can feature fissures or grooves that harbour moisture or bacteria) HDPE resists mould and rotting as well as most strong mineral acids and naturally occurring chemicals. HDPE is also easily recyclable, helping to keep non-biodegradable waste out of landfill. 

Our freestanding play panels are also accompanied by a selection of sustainably sourced supporting posts, including recycled plastic, galvanised metal, and timber. As with HDPE, these enjoy a far longer lifespan due to their environmental resistance (with none of the rotting, cracking, or splitting that may come with traditional timber posts), and they also help to reduce non-biodegradable landfill waste.

Our HDPE is covered by a 10-year warranty against non-structural failure due to faulty workmanship or materials.

Glulam

Our Treetops multi-play equipment is well-known for its naturalistic aesthetic, with striking wooden support beams bringing an eye-catching look to the entire range.

These are constructed from Glued Laminated (Glulam) Larch, a structurally engineered wood comprised of layers of dimensioned lumber, bonded together with durable, moisture-resistant structural adhesives.

Our well-established supplier of Glulam is based very locally to our factory in West Yorkshire, reducing freight emissions – and as with all of our materials, Glulam’s great durability minimises waste and the need for replacement in the long term. Its design delivers greater dimensional stability than that of whole log sections, with no shakes, twisting or warping, and all Glulam beams within the Treetops range have an oblique cut top to prevent water ingress, as well as galvanized steel shoes to protect the base of each post from the elements.

As well as having no known negative environmental effects, repairability of Glulam is high, and once it reaches the end of its natural life, it can be repurposed as an excellent biofuel.

Our Glulam is covered by a 10-year warranty against structural strength.

Timber

Timber is an essential material in our work, used primarily in our naturalistic Orchard range – and we strive to ensure not only that it is sustainably sourced, but smartly applied to ensure maximum longevity.

Our FSC (Forest Stewardship Council) certified supplier handles slow grown pine logs derived from strictly controlled sources, either through government body approved felling licences or forest/woodland management plans. They also encourage the recycling of their products during manufacturing, with all wastage repurposed – including in a local biomass plant that produces electricity and heat.

The timber we purchase for use in our Orchard posts has been pressure treated against wet rot, dry rot and insect infestation, carried out after it has been cut and drilled (ensuring the coverage of all exposed timber). It has also been preservative pressure-treated with high-quality Tanalith 9000, which is proven at providing unrivalled protection.

A UK-sourced aluminium protective shoe maintains the timber above ground level, protecting the base of each post throughout its lifetime, and side ventilation holes allow the posts to breathe and stay dry. At the other end, a special rubber cap completely seals the post top, preventing moisture from entering the top grain.

Our Timber is covered by a 10-year warranty against structural strength.