Capital Availability: The Financial Foundations of British Industrialization
Industrialization required money, lots of it. Building a single spinning mill in the late eighteenth century could cost more than ten thousand pounds, a sum far beyond the means of an ordinary craftsman or farmer. Building a railway in the 1830s required capital on a scale that dwarfed almost any previous private enterprise. The Industrial Revolution, in other words, was not only a story of inventions and factories; it was a story of finance.
The Sources of Capital
Where did the money come from? The answer is that it came from several sources, often working together.
The first source was the surplus generated by British commerce and overseas trade. By the eighteenth century, Britain was a major trading nation, and profits from the export of manufactured goods, the import and re-export of colonial commodities, and the carrying trade between Europe and the colonies provided a steady flow of capital. Some of this came from the notorious triangular trade in enslaved people, sugar, and manufactured goods, in which British merchants profited from the forced labor of enslaved Africans on plantations in the Caribbean and the Americas. Profits from these trades helped to fund the early textile mills, ironworks, and mines.
A second source was agriculture. The productivity gains of the Agricultural Revolution and the consolidation of land through the enclosure movement produced a class of wealthy landowners who had both the money and the motive to invest in industrial ventures. Many of the early factory owners came from farming or mercantile backgrounds, and the close links between landed wealth and industrial capital were a distinctive feature of British industrialization.
A third source was the banking system. Britain had a relatively advanced banking sector by the eighteenth century, with country banks, private banks, and eventually joint-stock banks providing credit to industrial enterprises. The Bank of England, founded in 1694, served as a lender of last resort and helped to stabilize the financial system. By the early nineteenth century, British banks were providing not only short-term trade credit but also long-term loans to industrial firms, in some cases taking shares in the new joint-stock companies that were being formed to build railways, docks, and gas works.
A fourth source was the joint-stock company itself. The joint-stock company, a business owned by shareholders who were liable only for the value of their shares, was a powerful device for raising large amounts of capital from many small investors. Although the use of joint-stock companies was restricted for most of the eighteenth century, the practice expanded rapidly in the early nineteenth century, especially after the Bubble Act was repealed in 1825. The great railway mania of the 1840s, in which hundreds of new railway companies were floated on the London Stock Exchange, was a striking example of the power of the joint-stock form.
The Role of Property Rights
Just as important as the supply of capital was the security of capital. Investors in industrial ventures needed to be confident that they would be able to keep the profits of their investment, and that their property would be protected by law. Britain had a long tradition of secure property rights, going back to the Glorious Revolution of 1688, and these rights were protected by an independent judiciary and a relatively uncorrupt legal system. Compared to many continental countries, where property was less secure and the state more arbitrary, Britain offered a particularly attractive environment for long-term investment.
The patent system also played a role. Under the Statute of Monopolies of 1624, inventors could obtain patents for new inventions, giving them the exclusive right to make and sell the invention for a term of years. This provided an important incentive for invention and allowed inventors to attract capital by offering investors a share in the profits of a patent. The patent system was imperfect and was often criticized by contemporaries, but it helped to channel investment into inventive activity.
The Costs of Industrialization
The sums of money required by industrialization were very large by the standards of the time. A typical cotton mill of the 1780s might cost ten thousand pounds to build, a substantial ironworks in the 1790s perhaps fifty thousand, and a major railway in the 1830s several million. These sums required a developed system for pooling the savings of many investors, beyond the resources of wealthy individuals acting alone.
The expansion of the British capital market in the late eighteenth and early nineteenth centuries was, therefore, as much a precondition of industrialization as the steam engine or the cotton gin. Without the willingness of investors to commit large sums to long-term ventures, the new technologies would have remained curiosities. With it, the technologies could be turned into the basis of a new kind of economy.
Regional Variation in Capital
The availability of capital varied across Britain. The industrial Midlands and the North were the main centers of capital accumulation, with Manchester, Birmingham, Leeds, and Liverpool emerging as the most important financial centers of the new industrial economy. London, of course, was the largest single source of capital, and the London Stock Exchange, founded in 1801, became the leading market for industrial securities. Other regions, including the rural South and West, lagged behind in capital formation, which helps to explain why industrialization was geographically concentrated.
In Scotland, the financial system developed along different but complementary lines. Scottish banks, especially the Bank of Scotland and the Royal Bank of Scotland, were more willing to lend to industry than their English counterparts, and the close links between Scottish banks, Scottish industry, and Scottish emigration helped to drive Scottish industrial development in textiles, iron, and shipbuilding.
Capital and the Second Industrial Revolution
The second half of the nineteenth century saw an even greater expansion of capital markets, with the rise of investment banks, joint-stock companies, and stock exchanges in London, New York, Paris, Berlin, and other financial centers. The Second Industrial Revolution was even more capital-intensive than the first, with projects such as the transcontinental railroad, the Suez Canal, and the great steel mills of Pittsburgh and Essen requiring capital on a scale that would have astonished the early industrialists.
The growth of limited liability, under which shareholders’ risk was limited to the value of their shares, was a particularly important legal development. The Limited Liability Act of 1855 in Britain and similar legislation elsewhere made it possible for companies to attract investment from a much wider range of people, and it helped to fuel the rapid expansion of the corporate form in the late nineteenth century.
Capital and the Modern Economy
The story of capital in the Industrial Revolution is in many ways the story of the modern financial system. Many of the institutions that financed the Industrial Revolution, from joint-stock companies to central banks to stock exchanges, are recognizable ancestors of the institutions that finance the world economy today. The development of these institutions was both a response to the needs of industrialization and a precondition for it, and it shaped the form that industrialization took.
The dependence of industry on capital also helps explain why some of the most successful industrialists, from Richard Arkwright to Andrew Carnegie, were as much financiers as manufacturers. The ability to raise, manage, and invest capital was as important to success in the new industrial economy as the ability to build a better machine.
The Continuing Question
The unresolved question about capital in the British Industrial Revolution is the same one that has been raised in the agricultural-revolution article: was British capital formation exceptionally high, or was it roughly in line with other late-18th-century European economies? The traditional answer, going back to the 19th-century Whig historians and given its modern form in Peter Mathias’s The First Industrial Nation (1969), is that the British capital market was distinctive: deeper, more liquid, more willing to commit to long-term industrial ventures, and better integrated with the London stock exchange. The revisionist answer, developed in R. C. O. Matthews’s A Study in Trade-Cycle History (1954) and given its most ambitious form in a generation of comparative financial history, is more cautious: the British savings rate in the 18th century was probably 6-10 percent of national income, which is high by 18th-century standards but not radically out of line with the Netherlands or the more advanced parts of France. The interesting current question, raised in the work of economic historian Branko Milanović and developed in the recent literature on financial development, is whether the British capital market mattered because of its size, or because of its quality — the willingness to commit patient capital to risky long-term ventures like the 1830s railway boom, the willingness to enforce limited liability, and the willingness to develop secondary markets that let investors exit when they needed to. The honest answer, given the comparative data, is probably: both, but the quality matters more than the size, and the British advantage in financial quality is what distinguished it from the French, German, and Russian capital markets of the 18th and early 19th centuries.
See also
- overview of the Industrial Revolution
- causes of the Industrial Revolution
- colonialism and British industrialization
- Andrew Carnegie and the steel industry
Selected Sources
- R.C.O. Matthews, A Study in Trade-Cycle History: The Economic Position of Great Britain 1843–1860 (1954).
- Peter Mathias, The First Industrial Nation (1969).
- B. Supple, The Royal Exchange Assurance: A History of British Insurance 1720–1970 (1970).
- L.S. Pressnell, Country Banking in the Industrial Revolution (1956).