When Did Asbestos Start Being Used — And Why Did It Take So Long to Ban?
Asbestos was once celebrated as a miracle material. Cheap, fireproof, and extraordinarily durable, it was woven into the fabric of modern industry for well over a century. Understanding when asbestos started being used — and tracing the long, painful road to regulation — reveals one of the most costly failures of industrial governance in modern history.
This isn’t purely a historical question. If you own, manage, or work in a building constructed before 2000, the legacy of asbestos is a live issue with real legal and health implications right now.
When Did Asbestos Start Being Used? The Origins Go Back Further Than You Think
Asbestos has been known to humans for thousands of years. Ancient Greeks and Romans used it in lamp wicks and napkins, reportedly marvelling at how it survived fire rather than burning. The word itself derives from ancient Greek, meaning “indestructible.”
But the industrial use of asbestos — the kind that created a global health crisis — began in earnest during the late 19th century. As the Industrial Revolution accelerated demand for fireproofing and insulation materials, asbestos became the default answer for engineers and manufacturers alike.
Mines opened across Canada, South Africa, and Russia to meet surging demand. By the early 20th century, asbestos was being incorporated into:
- Construction materials and roofing sheets
- Pipe lagging and boiler insulation
- Floor tiles and ceiling panels
- Brake linings and gaskets
- A vast range of consumer and industrial products
Its use expanded rapidly through both World Wars, when shipbuilding and military construction drove consumption to extraordinary levels. In the UK, peak usage ran from roughly the 1950s through to the 1980s.
Millions of tonnes of asbestos-containing materials (ACMs) were installed in homes, schools, hospitals, offices, and factories during this period. Pulling back from that wasn’t a simple product recall — it meant confronting an entire generation of built infrastructure.
Early Warning Signs That Were Ignored
The health hazards of asbestos dust were flagged earlier than most people realise. British factory inspector Adelaide Anderson raised concerns about asbestos workers’ health as far back as the 1890s. By the 1930s, the UK had introduced the first Asbestos Industry Regulations, focused on dust suppression in factories.
But these were limited, reactive measures. The full clinical picture of asbestos-related disease — mesothelioma, asbestosis, and lung cancer — took decades more to establish, partly because of the nature of the diseases themselves.
The warnings were there. They were simply outweighed, for a very long time, by economic convenience and industrial momentum.
The Challenge of Long Latency: Why the Harm Was So Hard to See
One of the most significant obstacles to earlier regulation was biological, not political. Asbestos-related diseases can take 20 to 50 years to develop after first exposure. Someone exposed during construction work in the 1960s might not receive a diagnosis until the 2000s or beyond.
This latency period created a dangerous gap between exposure and consequence. Industries could argue — sometimes in apparent good faith, often not — that their workers were healthy, that existing controls were adequate, and that stricter regulation was unnecessary.
Without immediate, visible harm, building the political momentum needed for decisive action was genuinely difficult. By the time the evidence was undeniable, generations of workers had already been exposed.
People being diagnosed with mesothelioma today were likely first exposed in the 1970s, 1980s, or 1990s. The disease burden from past exposure is still working its way through the population.
Economic Dependence and the Cost of Walking Away
For countries with established asbestos industries, the economic stakes of regulation were enormous. Canada’s chrysotile asbestos mines in Quebec employed thousands of workers and generated substantial export revenue. South Africa had a significant mining sector. Russia became — and remains — the world’s largest producer.
Banning or restricting asbestos in these contexts wasn’t simply a public health decision. It meant job losses, community decline, and the dismantling of industries that had existed for generations.
The Challenge of Finding Alternatives
The transition away from asbestos wasn’t straightforward for the industries that used it. Asbestos had an unusual combination of properties — heat resistance, tensile strength, chemical stability, and low cost. No single substitute material replicated all of these characteristics simultaneously.
Manufacturers had to invest in research, retool production lines, and often accept higher material costs during the transition. For smaller businesses, these costs were sometimes prohibitive.
In developing countries, where regulatory capacity was weaker and budgets tighter, affordable asbestos substitutes were often simply not accessible — allowing use to continue long after wealthier nations had moved on.
Industry Lobbying and Deliberate Obfuscation
The asbestos industry’s response to growing evidence of harm followed a now-familiar pattern: fund alternative research, challenge scientific consensus, lobby regulators, and delay action for as long as possible.
Industry-funded studies downplayed health risks. Trade associations argued that certain types of asbestos — particularly chrysotile (white asbestos) — were safe if handled under controlled conditions. This position became known as the “controlled use” argument.
This distinction between fibre types was used to resist comprehensive bans, particularly in countries still producing chrysotile. The influence of this lobbying was measurable — countries with strong asbestos industries consistently lagged behind on regulation.
Canada continued exporting asbestos to developing nations for years after domestic use had declined significantly, and a full Canadian ban didn’t come until 2018.
A Patchwork of Global Regulation
Even as some countries moved decisively to ban asbestos, the global regulatory landscape remained deeply fragmented. The result was a system where asbestos banned in one country was freely exported to another.
The European Union took a strong collective position, requiring all member states to ban asbestos by 2005. The UK, Australia, Japan, and New Zealand all implemented comprehensive bans.
But large parts of Asia, Latin America, and Africa continue to use asbestos extensively in construction and manufacturing. Russia, India, China, Brazil, and several other nations either maintain active asbestos industries or permit its use in specified applications. Global asbestos consumption has not collapsed — it has shifted, and the health burden has moved with it.
Trade Complications
This inconsistency creates genuine problems for international trade and regulation. Asbestos-containing products manufactured in countries with lax controls can enter supply chains in countries with stricter standards.
Imported construction materials, brake pads, and gaskets have repeatedly been found to contain asbestos fibres in countries that have nominally banned the substance. For regulators, monitoring complex global supply chains for asbestos contamination is an ongoing challenge without a simple solution.
The Legacy Problem: Asbestos Doesn’t Just Disappear
Banning new asbestos use is one thing. Dealing with what’s already in place is an entirely different problem. Decades of industrial use left a vast legacy of contaminated buildings, industrial sites, and disposal areas across the UK and beyond.
Asbestos is still present in a significant proportion of buildings constructed before 2000 in the UK. Schools, NHS properties, social housing, and commercial premises all contain ACMs that require ongoing management. The sheer scale of this inherited problem has made remediation a generational challenge rather than a fixed-term project.
The Cost and Complexity of Safe Removal
Safe asbestos removal requires specialist contractors, controlled conditions, and compliant disposal at licensed sites. This is expensive, and the financial and logistical barriers to effective remediation are substantial — particularly for developing nations managing large quantities of legacy asbestos with limited resources.
Even in the UK, where regulatory standards are among the highest in the world, compliance remains uneven. Not all duty holders fully understand their obligations under the Control of Asbestos Regulations, and under-reporting of asbestos presence in buildings remains a genuine concern.
Awareness Gaps Among Duty Holders and Workers
Regulatory frameworks are only effective if the people they apply to understand and follow them. In the UK and elsewhere, a persistent challenge has been the gap between what regulations require and what actually happens on the ground.
Smaller landlords, contractors, and building managers may be unaware of their legal obligations. Workers in the trades — electricians, plumbers, joiners — can disturb asbestos without realising it, or without knowing the correct precautions to take.
This is one reason why tradespeople continue to account for a disproportionate share of asbestos-related disease cases. Public awareness campaigns and mandatory training requirements have helped, but the sheer number of buildings that still contain ACMs means the risk of inadvertent exposure remains very real.
What the Most Effective Regulatory Responses Had in Common
Looking at countries that managed the transition away from asbestos most effectively — the Nordic nations, Germany, Australia, and the UK — several common factors emerge:
- Early, comprehensive legislation covering not just new use but existing materials and ongoing management obligations
- Properly funded enforcement with genuine consequences for non-compliance
- Mandatory surveying and record-keeping so that asbestos presence was documented, not guessed at
- Worker training requirements embedded in trade qualifications and site management standards
- Long-term public health monitoring to track disease trends and evaluate whether regulations were working
The UK’s current regulatory framework — built around the Control of Asbestos Regulations — incorporates all of these elements. It places a legal duty on those responsible for non-domestic premises to manage asbestos: surveying to identify ACMs, maintaining a register, assessing condition and risk, and ensuring anyone who might disturb the materials is properly informed.
HSE guidance document HSG264 provides the technical standard for asbestos surveying in the UK, setting out the methodology surveyors must follow and the categories of survey appropriate for different circumstances.
Where the Challenge Stands Today
Despite significant progress, asbestos remains a serious global health problem. Asbestos-related diseases continue to claim thousands of lives in the UK each year — a direct consequence of past exposure that is still working its way through the population.
Internationally, millions of workers remain exposed in countries where regulation is weak or non-existent. The Rotterdam Convention — which covers international trade in hazardous chemicals — has faced repeated attempts to list chrysotile asbestos as a hazardous substance requiring prior informed consent for export, and has repeatedly been blocked by producing nations.
The story of when asbestos started being used, and why it took so long to restrict, is ultimately a story about what happens when economic interests are allowed to compete with — and override — clear evidence of public health harm. The countries that moved fastest and most decisively suffered less. Those that delayed paid the price in preventable deaths.
What This Means for UK Property Owners and Managers Right Now
History matters here because it explains why so many UK buildings still contain asbestos today. Decades of use before any meaningful regulation, followed by a slow and uneven wind-down, left ACMs embedded in the fabric of millions of properties.
If you manage or own a non-domestic property built before 2000, the Control of Asbestos Regulations places a legal duty on you to manage asbestos risk. That means knowing what’s in your building, assessing its condition, and ensuring it’s properly managed or removed where necessary.
An asbestos management survey is the starting point. It identifies the location, type, and condition of any ACMs so you can make informed decisions and meet your legal obligations. Without one, you’re essentially guessing — and guessing wrong carries serious consequences for health, liability, and regulatory compliance.
Supernova Asbestos Surveys carries out surveys across the UK, including asbestos survey London services for commercial and residential properties in the capital, as well as asbestos survey Manchester and asbestos survey Birmingham coverage for properties across the Midlands and North West.
Our surveyors are accredited, experienced, and work to the HSG264 standard. We provide clear, actionable reports — not just paperwork to file away.
Frequently Asked Questions
When did asbestos start being used in the UK?
Industrial use of asbestos in the UK began in the late 19th century, accelerating through the early 20th century. Peak usage occurred between the 1950s and 1980s, when asbestos-containing materials were routinely installed in homes, schools, hospitals, offices, and factories. The UK banned the import and use of all forms of asbestos by 1999.
Why did it take so long to ban asbestos if the dangers were known?
Several factors delayed action: the extremely long latency period of asbestos-related diseases (20–50 years), making harm difficult to attribute directly; powerful economic interests in asbestos-producing and using industries; deliberate lobbying by industry to challenge scientific evidence; and the sheer cost and complexity of finding viable substitute materials. By the time the evidence was undeniable, the material was already embedded in decades of built infrastructure.
Is asbestos still a risk in UK buildings today?
Yes. A significant proportion of UK buildings constructed before 2000 still contain asbestos-containing materials. These materials are not always dangerous if left undisturbed and in good condition, but they pose a risk when disturbed during maintenance, renovation, or demolition work. Under the Control of Asbestos Regulations, duty holders for non-domestic premises are legally required to manage this risk.
What should I do if I think my building contains asbestos?
Do not disturb any suspected materials. Commission a professional asbestos management survey carried out by an accredited surveyor working to HSG264 standards. The survey will identify the location, type, and condition of any ACMs and provide a basis for an asbestos register and management plan. If materials need to be removed, this must be carried out by a licensed contractor in line with the Control of Asbestos Regulations.
Which types of asbestos were most commonly used in UK buildings?
Three main types were used: chrysotile (white asbestos), amosite (brown asbestos), and crocidolite (blue asbestos). Chrysotile was by far the most widely used, appearing in cement products, floor tiles, and insulation. Amosite and crocidolite, considered more hazardous, were used in thermal insulation and spray coatings. All three types are now banned in the UK, and all are considered dangerous when fibres become airborne.
Get Expert Asbestos Advice from Supernova
Supernova Asbestos Surveys has completed over 50,000 surveys nationwide. Whether you need a management survey, refurbishment and demolition survey, or advice on your legal obligations, our accredited team is ready to help.
Call us on 020 4586 0680 or visit asbestos-surveys.org.uk to book your survey or speak to a specialist today.