The construction industry has always been good at comparing prices, and less good at comparing costs. Price and cost are often treated synonymously, though there is a very real, and important, distinction to be made.
For any material, the lowest purchase price is normally considered to offer the lowest overall cost, and to represent the best value for money. Buying in this way is perfectly understandable, particularly where budgets are tight and procurement decisions are made under near-term financial pressures. But it’s also increasingly difficult to justify.
Price isn’t the same as value
The value of a building isn’t apparent at point of purchase. Its realised years later, after every surface has been walked over thousands of times, after another winter has passed, after the costs of maintenance become clear, and the realisation that material choices which looked so economical on paper have proven to be so expensive in practice. That understanding is beginning to influence how the industry thinks about its material specifications.
Historically, construction decisions have been led by cost forecasting. But client attention is increasingly focused not on the capital cost of completion, but how a building performs and what it will cost to run. Every specification, after all, is eventually captured within someone’s maintenance schedule, repair budget or warranty claim.
The reasons for this are fundamental. Buildings are being retained for longer periods, labour has become more expensive and sustainability criteria are extending beyond simple embodied carbon metrics to include other lifetime asset performance measures. Commercial landlords, local authorities, and institutional investors, are all paying attention to the financial obligations of maintenance. In fact, operational expenditure accounts for the vast majority of a building’s lifetime cost, with maintenance, repair and management significantly outweighing the initial construction budget over the asset lifetime. Against that backdrop, purchase price seems a markedly poor way to assess material value.
A different kind of specification
External decking illustrates this reality particularly clearly. For decades, timber has been the obvious choice. It is familiar, widely available and relatively inexpensive. Contractors know how it behaves. Clients know what to expect from it. There is very little uncertainty attached to specifying timber and, in construction, that has always mattered. Now, however, instead of installation cost, clients want to understand what it will demand over the next five, ten or twenty years. How often will it require treatment? What happens when boards begin to move, split or weather? How disruptive will maintenance be and how long will it take? Will I need special equipment?
Modern composite decking systems have been developed to address many of the issues that have historically accompanied the use of external timber. They’re manufactured using recycled wood fibres and high-density polymers, and many now incorporate protective outer shells that resist moisture ingress, UV degradation and staining. They remain dimensionally stable, require minimal ongoing maintenance and commonly carry warranties of twenty-five years. Slip resistance, load performance and fire classifications have also developed considerably as composite technology has matured, making it suitable for a range of applications well beyond the decking needs of a typical domestic garden.
Of course, there are projects where natural timber remains an appropriate choice. Heritage settings, conservation work, and schemes where material authenticity is central to the architectural language. But, outside of those environments, you will find composite at the forefront of a culture shift.
What buildings cost to own
Across commercial property, facilities management teams are paying attention to environmental certification schemes which reward lifecycle performance and influence specification decisions early on. In many respects, the industry is catching up with the way owners have always experienced buildings: for them, every material choice eventually becomes a maintenance decision or a cost that could have been avoided altogether.
This is exactly why a cheap quote doesn’t translate to value in the long term. A material that costs less on day one may demand years of cleaning, treatment and replacement. Another that appears more expensive at procurement may fulfil its purpose quietly, with little additional input beyond routine inspection. High performing materials seldom attract attention; instead, failure is what gets noticed.
Perhaps that is where construction is changing most. Rather than asking which material costs the least, clients are beginning to ask which one asks the least of them afterwards. It’s a subtle shift, but an important one. Because once the conversation moves beyond procurement and into ownership, the cheapest quote no longer tells the whole story.
The Cheapest Quote Rarely Delivers the Lowest Cost
The construction industry has always been good at comparing prices, and less good at comparing costs. Price and cost are often treated synonymously, though there is a very real, and important, distinction to be made.
For any material, the lowest purchase price is normally considered to offer the lowest overall cost, and to represent the best value for money. Buying in this way is perfectly understandable, particularly where budgets are tight and procurement decisions are made under near-term financial pressures. But it’s also increasingly difficult to justify.
Price isn’t the same as value
The value of a building isn’t apparent at point of purchase. Its realised years later, after every surface has been walked over thousands of times, after another winter has passed, after the costs of maintenance become clear, and the realisation that material choices which looked so economical on paper have proven to be so expensive in practice. That understanding is beginning to influence how the industry thinks about its material specifications.
Historically, construction decisions have been led by cost forecasting. But client attention is increasingly focused not on the capital cost of completion, but how a building performs and what it will cost to run. Every specification, after all, is eventually captured within someone’s maintenance schedule, repair budget or warranty claim.
The reasons for this are fundamental. Buildings are being retained for longer periods, labour has become more expensive and sustainability criteria are extending beyond simple embodied carbon metrics to include other lifetime asset performance measures. Commercial landlords, local authorities, and institutional investors, are all paying attention to the financial obligations of maintenance. In fact, operational expenditure accounts for the vast majority of a building’s lifetime cost, with maintenance, repair and management significantly outweighing the initial construction budget over the asset lifetime. Against that backdrop, purchase price seems a markedly poor way to assess material value.
A different kind of specification
External decking illustrates this reality particularly clearly. For decades, timber has been the obvious choice. It is familiar, widely available and relatively inexpensive. Contractors know how it behaves. Clients know what to expect from it. There is very little uncertainty attached to specifying timber and, in construction, that has always mattered. Now, however, instead of installation cost, clients want to understand what it will demand over the next five, ten or twenty years. How often will it require treatment? What happens when boards begin to move, split or weather? How disruptive will maintenance be and how long will it take? Will I need special equipment?
Modern composite decking systems have been developed to address many of the issues that have historically accompanied the use of external timber. They’re manufactured using recycled wood fibres and high-density polymers, and many now incorporate protective outer shells that resist moisture ingress, UV degradation and staining. They remain dimensionally stable, require minimal ongoing maintenance and commonly carry warranties of twenty-five years. Slip resistance, load performance and fire classifications have also developed considerably as composite technology has matured, making it suitable for a range of applications well beyond the decking needs of a typical domestic garden.
Of course, there are projects where natural timber remains an appropriate choice. Heritage settings, conservation work, and schemes where material authenticity is central to the architectural language. But, outside of those environments, you will find composite at the forefront of a culture shift.
What buildings cost to own
Across commercial property, facilities management teams are paying attention to environmental certification schemes which reward lifecycle performance and influencing specification decisions early on. In many respects, the industry is catching up with the way owners have always experienced buildings: for them, every material choice eventually becomes a maintenance decision or a cost that could have been avoided altogether.
This is exactly why a cheap quote doesn’t translate to value in the long term. A material that costs less on day one may demand years of cleaning, treatment and replacement. Another that appears more expensive at procurement may fulfil its purpose quietly, with little additional input beyond routine inspection. High performing materials seldom attract attention; instead, failure is what gets noticed.
Perhaps that is where construction is changing most. Rather than asking which material costs the least, clients are beginning to ask which one asks the least of them afterwards. It’s a subtle shift, but an important one. Because once the conversation moves beyond procurement and into ownership, the cheapest quote no longer tells the whole story.
