Leeds Industrial Museum at Armley Mills
The Leeds Industrial Museum at Armley Mills is a museum of industrial heritage located in Armley, west Leeds, West Yorkshire, England. It includes collections of textile machinery, railway equipment and heavy engineering amongst others.
The Grade II* listed building housing the museum was once the world's largest woollen mill. The current structures were built in 1805 by Benjamin Gott and closed as a commercial mill in 1969. They were taken over by Leeds City Council and reopened as a museum of industrial heritage in 1982. It is located between the Leeds and Liverpool Canal and the River Aire and accessed from Canal Road or Milford Place.
Armley Mills lie on the south bank and an island in the River Aire. The mill is 150 feet (46 m) above sea level, at a point where the river is falling. A weir has been built upstream, and this maintains a good head of water to power water wheels. Water from above the weir enters the millpond, it passes under the main mill and over the water wheels falling into the goit On the south bank of the river, on the 150 ft contour, the Leeds and Liverpool Canal was cut in 1777. This gave the mill a wharf which could be used for incoming raw materials, and outgoing goods and later for coal for the boilers.
Nearby is Botany Bay Yard which was so named because it was the first place in England where wool from Botany Bay in Australia was landed. There was a wharf at this location that served the Benjamin Gott Mill. There still exists the remains of the wharf unloading shed and what appears to be a sunken barge alongside the canal at this location.
The earliest record of Armley Mills dates from the middle of the sixteenth century when local clothier Richard Booth leased 'Armley Millnes' from Henry Saville. A document of 1707 describes them as fulling mills. One contained two wheels and four fulling stocks, while another was used to grind corn mill and two fulling stocks'. The mills expanded and by 1788 were equipped with five waterwheels driving eighteen fulling stocks. Fulling was a necessary but dirty process where woven wool is felted. The bundles of cloth are hit repeatedly by large hammers, the fulling stocks, while soaked in water, urine and a clay known as Fuller's earth. The urine which is a source of ammonia was collected from neighbouring houses, who specially saved it for the purpose.
The mills were sold in 1788, ten years after the new canal opened. It was bought by Colonel Thomas Lloyd, a Leeds cloth merchant who expanded it to be the world's largest woollen mill, he leased the running of the mills to Israel and John Burrows, They built demi-detached house for themselves on the far bank of the canal.
In 1804/1805 the mills were sold to Benjamin Gott- but burnt down. The early mills were fire hazards, the fibres in the air igniting and setting fire to the flammable structure. Gott rebuilt the mill using fireproof principles: the mill structure survives and it is this structure that has achieved a grade II* listing. Gott was the owner of several woollen mills. He died in 1840 and was succeeded by his sons John Gott and William Gott. They introduced a steam engine to supplement the water wheels in 1850 but it was in the 1860s that the waterwheels were phased out.
By 1907 part of mill had been let out to tenants in a room and power agreement. The woollen clothing manufacturers Bentley and Tempest took over the mill. The mill closed in 1971, a victim to the changing technology, loss of market and the prevailing economic conditions. It was sold to Leeds City Council who re-opened it as a museum of industry in 1982.
The buildings are principally from Benjamin Gott's 1805 construction, with some 19th century infill and a little of the 1795 corn mill that hadn't been destroyed in the fire in 1804. The mill is l-shaped on sloping ground so varies between four storey and two storey. The main range runs north-south over the millrace and is 23 bays wide, build of ashlar stone with a hipped slate roof. It has a six bay easterly projection (downstream), known as the Corn Mill, built into the sloping ground which is thus two storeys high.
The mill was built to a fireproof design, The cast iron columns are circular and support brick floors build as shallow arches. In the earlier work that did survive the fire, wooden joists are isolated with sheet-iron which has been nailed to them. The roof structure in the main range was replaced in 1929 and is no longer to fireproof standards.
The mill race flows under the main range of the mill and at water level are 6 finely detailed arches with wrought iron grills. The 1788 mill was powered by 5 waterwheels. The 1805 mill was powered by two metal wheels, named Wellington and Blucher, heroes in the current fights against Napoleon. They were suspension wheels with rim-gearing as pioneered by Thomas Hewes. These wheels were rated at 70 horse power.[a] A beam engine was introduced to supplement the wheels in 1855, The wheels were replaced and removed in 1885 but photographs do exist of them in situ. A further older wooden wheel that powered the cornmill is extant, but in need of attention.
In 1805 the mill was the world's largest woollen mill containing 18 fulling stocks and 50 looms.
The museum collections
Leeds was the city of a thousand trades
The gallery attempts to show the complete woollen manufacturing process in what was a woollen mill. The final product demonstrated here is a blanket. There is a
- Carding machine
- 1904 Platt Brothers & Co, condensor mule
- that is in working order
- Warping machine with creel
- Hattersley Standard Loom
- Hollingworth Knowles of Dobcross Jacquard Loom
- this loom was built to the design in the firms 1909 patent. It was in use until 1980 at Kaye and Stewart's in Huddersfield.
- Blanket Loom
- Fulling stocks
- Raising gig
- the nap on a blanket is raised by scouring it with a fine hooks. This involves a drum containing rows of teasels
- Cropping machine
- when the nap is raised it is irregulars so it must be sheared to a uniform height
- Cuttling machine
- woollen cloth is heavy and is damaged by rolling, it must be folded. This is done using a cuttling machine: this cuttling machine is by J H Riley and Co of Bury.
- Pressing machine
- there are two varieties, this one is a hydraulic rotary press
The museum has an extensive collection of standard gauge and narrow gauge railway rolling stock. The collection was started in 1956 when the Leeds City Museum acquired Barber from the recently closed Harrogate Gas Works Railway. A short display line is installed at Armley allowing some of the collection to run.
|Barber||Thomas Green & Son||2 ft (610 mm)||0-6-2T||1908||ex Harrogate Gas Works Railway. Acquired 1956. Currently on long-term loan to the South Tynedale Railway|
|Jack||Hunslet Engine Company||18 in (457 mm)||0-4-0WT||1898||684||Acquired 1957|
|Lord Granby||Hudswell Clarke||3 ft (914 mm)||0-4-0ST||1902||Acquired 1961|
|Junin||Hudswell Clarke||2 ft 6 in (762 mm)||2-6-2DM||1930||The world's first commercially built diesel locomotive|
|Southam 2||Hudswell Clarke||4 ft 8 1⁄2 in (1,435 mm)||0-4-0DM||1942||D625||Ex-Rugby Cement, Southam, Warwickshire|
|E. B. Wilson and Company||4 ft 8 1⁄2 in (1,435 mm)||0-6-0||1855||Modified frames, wheels, cylinders and motion of Oxford Worcester & Wolverhampton Railway no 34, later GWR 252. Used as an instructional model at Wolverhampton until 1964. Currently dismantled and not on view.|
- Steam engines could not produce 70 bhp until 1835.
- IoE 2000.
- History-of-Armley-Mills 2015.
- "Floods misery continues as Leeds museums are closed ‘until further notice’". Yorkshire Evening Post. 6 January 2016. Retrieved 6 January 2016.
- Interpretation Panels 2015.
- Thomas, Cliff (2002). The Narrow Gauge in Britain & Ireland. Atlantic Publishers. ISBN 1-902827-05-8.
- "Armley Mill Museum". Grace's Guide - the UK's industrial history web site. Grace's Guide:. 2015.
- Historic England (2000). "Armley Mills (465690)". Images of England. Retrieved 7 June 2015.
- "Leeds Industrial Museum at Armley Mills - Official web site". 2015. Retrieved 7 June 2015.
- Leeds Industrial Museum at Armley Mills - interpretation panels. 2015.
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