History of Rubber: The Rubber Economy 1870 – 1930

This is Part Three of the History of Rubber series. Previously, Part One explores Discovery & Earliest Uses and Part Two covers Development & Vulcanisation.

Guides are available to download in PDF format at the bottom of the page.

The Rubber Economy At A Glance

Until the middle of the 19th century, the rubber market was limited by the physical properties of natural rubber. After Charles Goodyear’s invention of vulcanisation in 1839, which modified natural rubber to withstand extreme temperature variation, the market for rubber goods widened significantly. Soon, the production of hoses, industrial bands, sheets, shoes and shoe soles was widespread across industrialised nations. It was, however, the popularisation of the bicycle that spurred the 'Rubber Boom' in the late 19th century. Into the early 20th century, the early development of the automobile and the burgeoning car tyre industry further accentuated the demand for rubber.

As the rubber market expanded, the production economy underwent a radical global shift from Brazil to Southeast Asia, ignited by a scandalous seed theft. One monopoly replaced another as the plantation model flourished and rubber was traded as a global commodity on an unprecedented scale. However by 1930, with prices at historic lows despite massive consumption, the natural rubber market would have to adapt again and refine its economic model.

Rubber Tapping In The Amazon Rainforest

Harvesting Rubber From Wild Trees

Growing native to the Amazon rainforest, the rubber-producing tree hevea brasiliensis gave Brazil an initial advantage in the harvesting and export of natural rubber. Trees were not planted; instead, workers tapped latex from wild trees, often forming a co-operative within an area of land. In the early years of commercial rubber production, Brazil developed a high-wage cost structure as a result of labour scarcity and lack of competition. Without credit markets, workers had to finance their trips to the Amazon with loans to be paid back to their employer, a similar system to that of indentured servitude in the colonial United States.  Likewise, provisions for growers and tappers had to be delivered to the region at great expense. Although very costly, Brazilian production was economically viable as long as demand remained steady (as the expansion was constrained by labour and environment) and competition remained flat.

Low-Wage Dangerous Work

The work was often dangerous, as tappers were sent deep into the forest to find more undeveloped land with untapped, productive trees. Due to the rainforest climate, the tapping season only ran from August to January each year. Diseases such as malaria and yellow fever were rampant, and medical facilities rudimentary or non-existent. Wages often depended on the trading price of rubber and salaries were paid in goods such as cigarettes, food and tools. Although the market was not monitored and workers were sometimes brutally exploited by the landowners, tappers could also work as independent merchants, who made their way to nearby trading ports to get a better rate of pay for their work. At the local ports, the rubber trade was mainly controlled by Brazilian, British and American exporters. The rubber was usually sent onwards to European or American ports where it was traded on the commodities exchange.

Tapping of latex from a rubber tree

Tapping of latex from a rubber tree

Smuggling Seeds From Brazil To Britain

Sir Henry Wickham

Being a native species to the Amazon, it is not surprising that Brazil had a vested interest in keeping rubber tree seeds away from their competitors. With over 90% of natural rubber originating from Brazil until the first decade of the 20th century, the geographical exclusivity of the Amazon insured profits from rubber production remained steady and shielded the market from outsiders.

Protecting the property rights of seeds proved to be futile, however, when in 1876 Henry Wickham, an English author and aspiring rubber expert, smuggled 70,000 seeds to London. Of those that survived the voyage, over 2,000 were raised at Royal Botanical Gardens in London (Kew Gardens) and then sent to Peradeniya Gardens in Ceylon (present-day Sri Lanka). In 1877 a case of twenty-two plants reached Singapore, which was planted at the Singapore Botanical Garden. In the same year, the first plant arrived in the Malay States. Since rubber trees needed between six to eight years to be mature enough to yield good rubber, tapping began for the first time in Southeast Asia the 1880s.

Henry Wickham 1846 - 1928

Henry Wickham 1846 - 1928

First Record Of Bio-Piracy

For his actions, the British government awarded Wickham with a knighthood for expanding the rubber prospects of the British Empire into the Far East. Although he did export the seeds under false pretences, the story has been embellished over time to add more excitement to his tale of illicit smuggling. Conversely in South America, Wickham is consistently criticised for his role in breaking apart the Amazon rubber monopoly and labelled a “bio-pirate” for his theft. It is interesting to note that present-day commercial rubber trees in Southeast Asia can still be genetically traced back to Wickham’s smuggled seeds.

Southeast Asian Rubber Plantations

The Origins Of The Plantation Model

In Asia, the British and Dutch were able to draw upon their superior supply of capital and the vast availability of cheap colonial labour to transform rubber cultivation into a low-cost, labour-intensive industry. The plantation model depended on a sophisticated, organised system of labour and intensive use of land. While plants were successfully grown across the region, it is Malaysia and Indonesia that most successfully perfected the rubber plantation model.

Although commercial planting began in Malaysia in 1895, there was a lack of capital to develop large-scale plantations until the rapid development of the automobile industry. High returns at the beginning of the 20th century (1906-1910) gave investors the confidence to expand plantation acreage year on year. By the end of 1911, there were over half a million acres of trees in the Malay States. Joint-stock companies, whereby capital was raised through stock issues on the London Stock Exchange, were created to exploit the colonial land grants awarded by the British government.

Early 20th Centruy Malaysian Rubber Plantation

Early 20th Centruy Malaysian Rubber Plantation - National Archives Malaysia - 2001/0050193

How The Plantation Model Succeeded

The production system in Malaysia provided several key economic advantages over its Brazilian counterpart. Firstly, there was no tapping season as the weather permitted latex harvesting all year round. Secondly, the superior living conditions, access to medical care and relatively high wages drew workers from as far as Japan and China. Thirdly, the support of the British and Dutch colonial authorities provided oversight and structure, helping to attract foreign labourers, especially from India, to the plantations.

Supply And Demand

The Birth Of The Automobile Industry

Before the birth of the mass-market automobile industry, the demand for rubber was associated with highly specialised components, consumer goods and bicycle tyres. The Brazilian rubber supply successfully kept pace with global demand, even throughout the bicycle craze of the 1890s. At this point, higher prices did not induce rapid increases in production or plantation expansion. In this context, the Brazilian rubber economy was a fairly efficient industry based on natural resources that were limited by the natural scarcity of labour and capital.

However, global rubber producers did not foresee the massive uptick in demand due to the expansion of the automobile industry in the first three decades of the 20th century. When demand rapidly surged, the cost structure of the plantation model facilitated the expansion and eventual domination of Southeast Asia in the rubber economy. In comparison to the plantation model, Brazilian workers were more costly and less productive. For Brazil to remain competitive, it would have been necessary to vastly expand transportation and domestic agriculture within the Amazonian hinterland, thus significantly lowering wages. There was no great appetite for such an expensive solution when coffee and general industrialisation offered better prospects for Brazil.

1890s Bicycle Boom - Britain

1890s Bicycle Boom - Britain

The Scourge Of Leaf Blight

Also, although there had been many attempts, no plantation in South or Central America has ever reached full production. This is because they were all destroyed by leaf blight, a fungus specific to the rubber tree before the crop reached physiological maturation. To date, all chemical, biological and agronomical measures to control the fungus have failed and a successful plantation has never come to fruition. At present, the fungus has not spread to other rubber-cultivating continents, in part due to the intensive control of international freight from South America to other tropical areas.

Market Uncertainty

The Natural Lag In Rubber Supply

As the cultivated rubber trees in Asia reached maturation, the exported volume of plantation rubber exceeded the Brazilian wild rubber enough to supersede Brazil’s market share and drive down prices to pre-Boom levels. Although investors were keen to increase acreage, the necessary wait for tree maturation caused an output lag of six to eight years that often led to periods of oversupply. Many investors were looking for a quick windfall and as many new plantations came into production, many others fell into debt and went bankrupt.

From a peak in 1910, prices followed a downward trend until the bottom dropped out of the market in 1921. Rubber producers were convinced by the British colonial authorities to restrict production. By 1924, demand was finally ahead of supply and prices began to rise rapidly. However, the nearby Dutch plantations continued to drive down prices until the production quotas were eventually scrapped in 1926.

Benz Patent Motorwagen

Benz Patent Motorwagen

Advances In The Pneumatic Tyre

Aside from plantation oversupply, rubber producers also found themselves with surplus capacity due to the technological advanced in the development of the pneumatic tyre. Although consumer demand was growing, the increasing efficiency of tyre design led to a decrease in the need for natural rubber. The change from corded to balloon tyres increased the average tyre tread mileage from 8,000 to 15,000 miles. The growth of tyre retreading in the 1920s resulted in further reductions in rubber. Better techniques in cotton weaving lowered friction and heat, thus extending the life of a tyre even further.

With suppliers increasing and demand decreasing, prices plummeted. Supply and demand were no longer predictable and over-confident suppliers often paid a stiff price. Similarly, tyre manufacturers who both welcomed and benefited from competition and technology, now pushed prices downwards and flattened demand. By 1930, global production and consumption were at record highs, yet prices hit new record lows for the 20th century.


The period 1870 to 1930 represented more than one radical transformation in the production, supply and demand of natural rubber. From wild trees growing native in the Amazon rainforest to cultivated plantations in Southeast Asia, the tapping of rubber trees became a global industry spearheaded by the colonial and capitalist interests of the British and Dutch empires. Stymied by high labour costs, geographical isolation and leaf blight, Brazil was forced to relinquish its monopoly on the rubber market.

Buoyed on by the promise of insatiable demand and quick profits, capital soon flowed rapidly to the plantations. However, many investors were left short when oversupply and technological advances saw prices tumble to record lows. Although lucrative, natural rubber proved itself to be a volatile and unpredictable commodity. While the automobile showed no signs of slowing down, the natural rubber economy (and the associated tyre manufacturing industry) gradually matured towards large-volume, low-cost production in an internationally competitive environment that bears the hallmarks of the rubber economy today.

If you enjoyed this article, visit Part One of the History of Rubber series to find out about the Discovery & Early Uses of natural rubber. Continue to Part Two to learn more about the Devlopment & Vulcanisation of rubber. 

This article is available to download as a PDF file: History of Rubber: The Rubber Economy 1870 -1930.