
Britain ceased to be the world’s only workshop, and that other countries,
Belgium, France, Germany and the U.S.A., ‘took off’ into industrialism, and
began, in the last two cases, to achieve rates of growth much faster than anything
Britain had ever achieved, which would inevitably take them into the lead in
industrial production by the end of the century.
5
The reasons for this absolute and relative slackening of industrial growth are
not altogether clear. There was no slackening of investment. On the contrary, it
was in the 1850’s and 1860’s that capital formation reached its zenith, more
indeed than the British economy could absorb, even with the vast amounts sunk
in the railways, so that between 3 and 4 per cent of the total national product was
invested abroad.
1
The production of producers’ goods, although slackening off
compared with the previous generation, was still growing at a much faster rate
than that of consumers’ goods.
2
It was in this period that man-made capital in the
shape of buildings, machines, railways and so on came decisively to outweigh
the non-man-made, in the form of land—a fact of considerable significance for
society.
The explanation would seem to be that most of this vast investment was going
into now traditional means of production, textile machinery, coal mining,
ironworks, and the like, which had exhausted most of their first, once-for-all
potentiality for revolutionary growth in productivity, and now grew more by
multiplying plants and workers than by labour-saving machinery. In other words,
a broadening of investment, in capital-extensive methods, took over from the
deepening of investment, in capital-intensive production. British industrialists
were content to exploit on a wider scale the means and devices they knew rather
than to risk new and untried lines. There was in fact no lack of British
inventions, like Elder’s compound marine engine (1845), Bessemer’s steel
converter (1856), Perkin’s aniline dyes (1856), Siemens, Wheatstone and
Varley’s principle of the dynamo (1867), Bell’s telephone (1878), Swan’s
electric lamp (1878), or the Gilchrist-Thomas steel process (1879). But it is
significant that many of these were taken up much faster and on a larger scale in
America, Germany and elsewhere, and that many of the most fundamental
inventions for future industry, like the sewing machine, the internal combustion
1
Deane and Cole, op. cit., p. 283.
2
Rostow, British Economy, p. 8; cf. Deane and Cole, op. cit., p. 297: peak rate of growth
of industrial production 1820/29–1830/39 1.7×that of 1850/59–1860/69.
3
Rostow, British Economy, p. 8; Deane and Cole, p. 311.
4
W.A.Lewis, Economic Survey, 1919–39 (1960), p. 75; A.H.Imlah, ‘British Balance of
Payments and Export of Capital’, Ec.H.R., 1952, V. 235–7.
5
The average annual increase of manufacturing production, 1875–1913, in Germany and
the United States was 3.9 and 4.8 per cent respectively, as against 1.8 for the United
Kingdom, and 3.5 per cent at peak for U.K. in 1813/17–1845/9— Lewis, op. cit., p. 74;
Rostow, loc. cit.
ENTREPRENEURIAL SOCIETY: IDEAL AND REALITY 339