A visit to Styal Mill is the best was to learn about living and working conditions in textile mills in the early Nineteenth century
"A visit to Styal Mill is the best was to learn about living and working conditions in textile mills in the early Nineteenth century"
Around the time of Styal Mill's operation the industrial revolution was in full swing. It was about this time that all industries were becoming mechanised and incorporating the new technology of the times. Examples of this are where the water frames were added at Styal between 1822-30 and also the introduction of weaving sheds to facilitate even more production in the years of 1839-42. It was at this time that machines were moving on from being powered by humans and done on a small scale to being powered by water with devices such as the water frame at first, this had the problem of the thread it produced being too coarse for some applications, albeit strong. The next development was the mule, invented by Samuel Crompton. This was first powered by water and then later by steam, it gave the strong, smooth threads that were needed at the time and not produced by the water frame. Both of these machines were too big to be put in a house due to their sources of power, and thus began the textile mills' transition from the domestic system to the industry we see today.
Around the time of Styal Mill's operation the industrial revolution was in full swing. It was about this time that all industries were becoming mechanised and incorporating the new technology of the times. Examples of this are where the water frames were added at Styal between 1822-30 and also the introduction of weaving sheds to facilitate even more production in the years of 1839-42. It was at this time that machines were moving on from being powered by humans and done on a small scale to being powered by water with devices such as the water frame at first, this had the problem of the thread it produced being too coarse for some applications, albeit strong. The next development was the mule, invented by Samuel Crompton. This was first powered by water and then later by steam, it gave the strong, smooth threads that were needed at the time and not produced by the water frame. Both of these machines were too big to be put in a house due to their sources of power, and thus began the textile mills' transition from the domestic system to the industry we see today.