Congleton, Macclesfield, Bollington and Stockport, England, were traditionally silk-weaving towns. Silk was woven in Cheshire from the late 1600s. The handloom weavers worked in the attic workshops in their own homes. Macclesfield was famous for silk buttons manufacture. The supply of silk from Italy was precarious and some hand throwing was done, giving way after 1732 to water-driven mills, which were established in Stockport and Macclesfield.
Cheshire is a county in North West England. To the east of the county the landscape changes dramatically from the alluvial plain of Central Cheshire to the hill country of the Peak District. Fast flowing streams forming the River Dane, River Bollin, River Dean and River Goyt provided a moist environment and potential power to drive waterwheels in mills. [1] The coach road from Derby to Manchester passes through, or near to each of the prominent silk towns, and later in 1831 Macclesfield Canal joined Congleton, Macclesfield and Bollington to the Trent and Mersey Canal and the Midlands and the seaports.
Silk is a naturally produced fibre obtained from many species of the silk moth. In 1700 the favoured silk was produced by a moth (Bombyx mori), that used it to spin a closed cocoon to protect her larvae. These fed on the mulberry leaf which was grown in Italy. Silk fibres from the Bombyx mori silkworm have a triangular cross section with rounded corners, 5–10 μm wide. The silk is a protein called fibroin, and it was cemented in place by the use of a gum, another protein called sericin. The cocoons were harvested and placed in troughs of hot water that dissolved the gum and allowed the single thread to be wound into a skein. [ citation needed ]
The skeins were placed into bales and taken to the mill for processing. Three sorts of yarn were commonly produced: no-twist which was suitable for weft, tram that had received a slight twist making it easier to handle, and organzine which had a greater twist and was suitable for use as warp. [2] Reeling is the process where the silk that has been wound into skeins, is cleaned, receives a twist and is wound onto bobbins. Silk throwing is the process where the filament from the bobbins is given its full twist. The process where filaments or threads from three or more bobbins are wound together is called doubling. The last two processes can occur more than once and in any order. Tram was wound, thrown and doubled, organzine was wound, doubled then thrown and doubled again. Sewing silk could receive further doubling and throwing. No-twist was often three single filaments doubled together. Many other combinations were possible. Colloquially silk throwing can be used to refer to the whole process: reeling, throwing and doubling, [3] and silk throwsters would speak of throwing as twisting or spinning. [4]
Silk throwing was originally a hand process relying on a turning a wheel (the gate) that twisted four threads while a helper, who would be a child, ran the length of a shade, hooked the threads on stationary pins (the cross) and ran back to start the process again. The shade would be a between 23 and 32 m long. [5] [6] The process was described in detail to Lord Shaftesbury's Royal Commission of Inquiry into the Employment of Children in 1841:
For twisting it is necessary to have what are designated shades which are buildings of at least 30 or 35 yards in length, of two or more rooms, rented separately by one, two or four men having one gate and a boy called a helper... the upper storey is generally occupied by children, young persons or grown women as 'piecers', 'winders' and 'doublers' attending to their reels and bobbins, driven by the exertions of one man... He (the boy) takes first a rod containing four bobbins of silk from the twister who stands at his gate or wheel, and having fastened the ends, runs to the 'cross' at the extreme end of the room, round which he passes the threads of each bobbin and returns to the 'gate'. He is despatched on a second expedition of the same kind, and returns as before, he then runs up to the cross and detaches the threads and comes to the roller. Supposing the master to make twelve rolls a day, the boy necessarily runs fourteen miles, and this is barefooted.
In 1700, the Italians were the most technologically advanced throwsters in Europe and had developed two machines capable of winding the silk onto bobbins while putting a twist in the thread. They called the throwing machine a filatoio and the doubler a torcitoio. There is an illustration of a circular hand-powered throwing machine drawn in 1487 with 32 spindles. The first evidence of an externally powered filatoio comes from the thirteenth century, and the earliest illustration from around 1500. [3] Filatorios and torcitoios contained parallel circular frames that revolved round each other on a central axis. The speed of the relative rotation determined the twist. Silk would only cooperate in the process if the temperature and humidity were high; in Italy the temperature was elevated by sunlight but in Derby the mill had to be heated, and the heat evenly distributed. [3]
In East Cheshire only two mills are known with certainty to have been built to house Italian-style circular throwing machines, the Old Mill at Congleton and the Button Mill, Macclesfield. [5] By 1820, throwing was done using rectangular frames, manufactured from cast iron, and powered by belts from line shafts.
Thrown silk is twisted single filament. There is a lot of waste from processing and damaged cocoons. Silk is expensive and ways were found to recover the waste. The waste was cut into fibres 25–50 mm long, and then these were spun like worsted or cotton using a throstle. This was 'short silk'. Such a short thread produced a silk with an inferior lustre. In 1836 Gibson and Campbell patented a 'long silk' machine for spinning staples up to 250 mm. Carding and combing (known as dressing) remained a problem until Lister invented the self-acting dressing machine in 1877. Spun silk is softer than thrown silk and easily blended with other fibres. [8] Silk spinning became an important industry in Congleton: taking place in Stonehouse Green and Brooks Mill, Forge Mill and Bath Vale. Brocklehursts continued long silk spinning in Macclesfield until the 1950s.
Early silk looms were similar to woollen looms, built of wood and operated by hand. A man would operate the heddles, and would pass the shuttle though the shed and batten the fell. Naturally the reeds were adapted for the far finer thread. In 1733, John Kay's flying shuttle influenced silk weavers too. Silk ribbons were woven first, and broad-silk looms arrived around 1756. [9]
Silk weavers often worked at home, cottages and later houses were built with loomshops in the roof space. These garret workshops had distinctive large casements. Later, these garrets were built with separate access. [10]
In about 1821, the Jacquard mechanism began to br attached to looms. By means of punched cards, the Jacquard head allowed patterns of great complexity to be woven. In the twentieth century, Macclesfield Silk Pictures became famous, these were woven on these looms by firms such as the BWA (Brocklehurst Whiston Amalgamated). Today they are collectables.
The single storey sheds used for dyeing can be recognised by the louvred ventilators on their roofs.
Printing was done on long tables using engraved blocks, later the tables were used for silk screen printing. Whiston's (BWA) at Langley, Cheshire amassed the world's largest collection of wooden blocks.
There remain a large number of buildings in the Cheshire silk-weaving towns that can be called silk mills, from complexes of large six-storey buildings with attached one storey weaving sheds to the small garret loom shop employing just one family. As the economic balance changed, buildings would switch from silk to cotton and back again; they would change their function from throwing, to dyeing, printing or making up. Buildings would be divided from one owner working the silk in a vertical mill, to multiple tenants who would specialise in different aspects of the industry. And still yarn would be put out to independent weavers.
The first mills were modelled on Lombe's Mill, there were austere brick buildings of four, five or six storeys, similar to those found in the naval dockyards. They were 22 feet (6.7 m) wide, [10] to accommodate the Italian filatoio. By 1820 throwing was done on rectangular frames and the width of the building was dependent solely on the strength of the floor beam. Spans greater than 8 m needed to be supported by cast iron pillars. Silk does not require the fire-proof construction techniques essential for cotton so are lighter in construction. In 1820 Jacquard equipped looms entered the mills. These were significantly taller than previous looms so mills needed to be built with increased floor heights. These are instantly recognised by the tall windows.
Waste spinning, reeling, doubling and throwing put little strain on the building, but power-looms were a different matter. From preference they were operated in single-storey sheds with saw-tooth north-facing roof windows: if they were to be operated on an upper-floor, box-beams and cast-iron columns increased the floor strength and load-bearing capacities. [11]
Silk was being worked in Cheshire in the late Middle Ages and used for the manufacture of buttons. The Macclesfield town records note a debt from a button maker in 1574. In an inventory of Stephen Rowe's house in 1617 – amounts of raw materials, namely hair, thread, linen yarn and silk – quantities of finished buttons- four gross – and in addition goods to the value of £3 9s 6d put forth to out workers. [12] He would have used a chapman to market his buttons. Chapmen could be merchants who rode through the villages hawking their silkcloth and buttons, but many owned land and traded directly with the London. London was the only legal port of entry for silk, so consequently London merchants came to Macclesfield with the raw silk and some became freemen of Macclesfield so they could legally trade within the town. These merchants sometimes had local factors who would buy and sell on their behalf.
Silk processing skills were established in England by French Protestant Huguenots refugees after they had been expelled France following the Revocation of the Edict of Nantes in 1685. They prospered in Spitalfields, outside the bounds of the City of London, where they avoided the restrictive legislation of the City Guilds. [13] But silk-throwing was already happening in Cheshire, for example in Rainow where a John Massey is recorded as owning one black cow, some sheep, three old ladders and a silk twisting wheel. Lace weaving was already under way in Stockport, Macclesfield, Congleton, Leek and Buxton in around 1660. Narrow silk weaving was happening in Macclesfield by 1696, while John Prout (1829) states that broad-silk weaving commenced in 1756.
Silk was woven in Cheshire by independent weavers who had hand looms in their own homes. They worked as outworkers for merchants, who supplied them with silk and bought the cloth. [12] This was a common rural practice. With the improvement in the looms and the flying shuttle and the increase in demand for the finished product there was difficulty in finding enough silk.
Silk was prepared for weaving by hand-throwing the silk. This was originally an outdoor activity, conducted under long shades, but when it moved into 23-metre-long buildings they also were called shades. [9] In Italy they found a way to do this using machines.
Lombe's Mill in Derby was the first successful powered silk-throwing mill in England. John Lombe visited a successful silk-throwing mill in Piedmont in 1717, and returned to England with details of the Italian silk-throwing machines – the filatoio and torcitoio and with some Italian craftsman-built replicas. [3] This was an early example of industrial espionage. The architect George Sorocold built it next to Thomas Cotchett's failed 1704 mill (which used copies of Dutch throwing machines) on the west bank of the River Derwent. [14] He and his half-brother Thomas Lombe, born 1685, instructed George Sorocold to build a mill for the Italian-style machines. To the north of the powered Italian works an un-powered doubling shop was built at some time before 1739, and when this mill was sold in 1739 to Thomas Wilson an inventory taken which still exists today. [3] Thomas Lombe was given a 14-year patent to protect the design of the throwing machines he used. The King of Sardinia responded to this challenge badly, and stopped exporting suitable raw silk. It is speculated that he was responsible for John Lombe's mysterious death six years later in 1722. His elder brother, Thomas Lombe, took over the business.
When the patent lapsed in 1732, other mills were built in Stockport (1732) and Macclesfield (1744) and Congleton (1753). Italian-style silk throwing had reached Cheshire.
Lombe's patent had been fiercely contested by artisans in Stockport and Macclesfield who looked to supply the Spitalfield silk weavers. When the patent expired, a partnership of six was formed in Stockport, which in essence was a joint stock company, to build a water-powered mill in a bend in the River Mersey, next to Logwood Mill 53°24′46″N2°09′27″W / 53.4128°N 2.1576°W . John Guardivaglio was recruited to manage the new technology. John Clayton, a future Mayor was the partnership leader and Samuel Oldknow was also a partner. Samuel Oldknow later introduced cotton to Stockport in 1784, capitalising on the machine manufacturing and textile skills developed in silk. [13] From map evidence it is speculated that this was a small mill that would house two Italian filatoio. It took until 1743 to cut the tunnels to obtain extra water from New Bridge. Seven years later the silk mill owners bought the neighbouring Logwood Mill and converted that to silk. As this was only 23 feet (7.0 m) square it could only be used for ancillary processes.44 [15]
In 1749 there was a reduction on the duty on imported raw silk. This prompted John Clayton and his new partner Nathaniel Pattison, a silk merchant from London, to raise £5000, and secure the water rights and the agreement of the town council to build the Old Mill at Congleton. The five-storey mill was far larger than previous mills, aiming to benefit from economies of scale. [13]
The Mottershead family were involved in the early Macclesfield silk button trade and through a series of letters it is revealed that there was a sizeable trade from 1649. It was a cottage industry involving women and children. In 1698 the corporation directed that 'poor children or other poor' should be instructed in the making of buttons. They then could then be employed as 'outworkers' for Macclesfield merchants who bought the materials wholesale and then marketed the finished buttons. Samuel Finney of Wilmslow described this and explained that a good woman could earn four shillings a week, and even a child of six could support themselves by assisting in the preparatory processes. In 1749 the manufacture of silk buttons was the principal industry of the town, but by 1795 it had been superseded, as buttons made from horn became more common. The legacy was a pool of labour with silk preparation skills, and established lines of supply and distribution. In 1765 it is estimated that 15,000 people were working in silk in the town and the surrounding villages. [16]
Some buttons were traded by chapmen, but others were sent via Manchester and exported through Bristol and London to the Netherlands, New York and Moscow. John Brocḱlehurst was such a chapman and he enter partnership in 1745 with Messrs Acton and Street who were 'putters out'. Charles Roe was a silk button merchant. Woven silk was obtained from the Huguenots in Spitalfield, who in turn used the yarn supplied by the silk throwsters in small shades or throwing houses in Macclesfield.
Charles Roe built the Button Mill in 1743, where he installed two Italian filatoio (water-driven throwing machines of the type used in Derby), and a dye house. The mill expanded and by 1761 it was employing 350 persons. Other throwing mills followed, such as Frost's Mill on Park Green which was founded in 1775 by Daintry and Ryle. John Hadfield had a mill on the River Bollin, and around this time the first Chester Road Mill was built. [16]
Macclesfield prospered. Men in throwing earned 7s a week while men on the land earned 6s. Women earned 3s 6d, and children on a three-year contract started on 6d a week in the first year, then 9d in the second and a whole shilling in the third year. This was for twelve hours a day for a six-day week. Demand increased while Britain was at war with France, but peace caused years of depression. Charles Roe left the silk industry in 1760, selling his share in his business for £10,000, and when the Seven Years' War finished in 1763, there was great hardship. Macclesfield did not weave silk at this time but supplied the thread to Spitalfields. There, there was unrest and large demonstrations which were supported by smaller ones in Park Green and the Market Place. Workers formed combinations. An Act of Parliament in 1773 regulated the wage rates and the number or apprenticeship places in Spitalfields. [16]
In 1790 the weaving of silk was introduced into Macclesfield by Leigh and Voce who introduced looms, and Huguenot weavers to teach the skills, into a loomshop in Back Street. One of the weavers, Margaret Moborn was induced to leave and work for the James Pearson in a weaving shed in Sunderland Street. It was James's father George who had invited John Wesley to preach in Macclefield. Margaret lived with James for several years as well as teaching the principles of weaving and warping. George Pearson and Sons became the leading silk weavers here in the early nineteenth century. Britain was again at war with France between 1793 and 1815 so weaving prospered. A good employed weaver could earn eighteen shillings a week, and a self-employed weaver up to £3. but he would have the costs of maintaining his apprentices. In general by the end of the French Wars a pattern has been set, of power and hand throwing, waste silk working and weaving by hand in weaving sheds in independent homes. [16]
The years between 1815 and 1820 were ones of recession, followed by the boom of the 1820s. Twenty six throwing mills were established, and the throwsters often attached weaving sheds. The workforce was divided equally between the employed and outworkers and weaving was all done by hand. In 1821 the population was 21,819, and about 10,000 were employed in the silk factories- some of course would come in from the surrounding villages. They worked a 62-hour week, men earning eleven shillings. [17] Duties on finished silk and raw silk were reduced in 1824, 1825 and 1826. Firms went bankrupt and while there were 70 silk mills in 1826 by 1832 there were only 41. Wages halved, and workers were put on short time. Recessions continued on a ten yearly cycle and as fewer firms survived, the techniques were refined, new products were produced, and management became more adept. Brocklehursts was the largest of these firms.
In the 1830s the power-driven loom was perfected, and throwing was done on a metal frame, similar to a throstle. These could be incorporated into existing buildings. [18] The Jacquard head was introduced onto hand looms in the 1820s. Because the Jacquard head was placed on top of the standard loom, an increased ceiling height as needed to accommodate them. Power looms were only suitable for coarse broad cloths, and hand looms continued to be used for the finest silks and the complex Jacquard work. In 1839, two silk workers James Mayers and John Ryle left the town and on the Marion sailed to New Jersey settling in the town of Paterson. Together they opened mills (1846) and established the American silk weaving industry. In hard times 3,000 townsfolk left and joined them, and in 1900 the Paterson newspaper regularly included the Births, Marriages and Deaths column from the Macclesfield Chronicle. [19]
After 1850 silk manufacture stopped in Stockport and in other towns, and Macclesfield became known as 'the silk town'. At the Great Exhibition in 1851 Macclesfield firms exhibited calgees, Bandanna handkerchiefs, velvets, satins ribbons and shawls. [20] The industry contracted as fashion showed a preference for cottons and French silk. The workforce contracted to 5,000 in 1886. [21] By the late nineteenth century, the United Kingdom was at a comparative disadvantage in silk manufacturing. [22] Prominent silk families such as that of John Brocklehurst and John Birchenough were also active in civic and religious life. Most were keen non-conformists and built chapels for their workers. Silk paid for the education of the poor. Macclesfield Sunday School was founded in 1796 by non-conformists, and the large building that now houses the Heritage Centre was built in 1813–1815. Here 2,500 children each year received a formal education on their one-day off from work. The Anglicans built the National School on Duke Street as a response. It remained in use as a day school until 1960. [23] [24] The technical skills that an apprentice would need were provided by a Technical School, and there was a School of Art where designers were trained. [24]
The most significant printing firm in the area was that founded by William Smith at Langley in 1820. This passed into the family of William Whiston and amalgamated with J &T Brocklehurst in 1929 to form BWA, Brocklehurst Whiston Amalgamated. [25] They finished fabrics by tyeing and dyeing, wax resist printing with indigo, and copperplate printing. They printed from engraved wooden blocks and using hand-operated silk screens. They had their own wood engraving shop. By 1900 they had 90,000 hand printing blocks: the largest collection in Europe. [26] These were burnt when the department closed.
Hand embroidery was a cottage craft, Augustus William Hewetson came to Macclesfield at fourteen, on the death of his father. He studied at the School of Art and at 21, he purchased four Swiss pantograph machines and set up business as a machine embroiderer in George Street in 1898, moving to Albion Mill in 1904. [27]
There were seven mills built in Cheshire to throw silk before 1780. Two were in Congleton on the River Dane. John Clayton and Nathaniel Pattison's silk mill, the Old Mill, was built in 1753 [28] and finally demolished in 2003. It was a 29 bay, five-storey mill with an internal wheel-pit (for a waterwheel). It was described by Yates in 1822:
The first silk mill which is the largest and most conspicuous structure in Congleton, is built of brick, with a pediment containing the dialplate of a clock in the centre. It is 240 feet long, 24 feet wide and 48 feet high, consisting of five storeys, and is lighted by 390 windows
Eleven circular throwing machines were housed on the ground floor with winding machines above. [29] In 1771 it employed 600. This was extended by another 17 bays in 1830.
The second mill was Thomas Slate's Dane Mill. This was described in an auction notice in 1811:
..is four storeys high, each of the rooms or storeys 84 ft in length by 27 feet in width, the mill room 11feet in height, 1st engine room 7ft 2in in height, the second 7ft 4in and the uppermost or Doublers room 8ft in height with a good piece of building adjoining which has been used as two weaving rooms
Ribbon manufacture started in 1754 when a merchant of Coventry reported that he had been putting-out ribbon manufacture to hand loom weavers in Leek and Congleton. [31] Four small firms were operating in Swan Bank and Lawton Street in the 1780s. Cotton was also being carded and spun by the Martin family by 1784. The textile manufacturers would soon work both silk and cotton: William Slate described himself as a silk and cotton manufacturer; George Reade was a cotton spinner who moved into silk throwing; and the Vaudrey family worked both. It was silk that determined the prosperity of Congleton - and external factors such as foreign competition and import restrictions were critical: it was the Cobden–Chevalier Treaty that finished the Congleton industry.
Between 1860 and 1950 fustian cutting was Congleton's dominant industry and took over the empty spinning and throwing mills, though from 1930 to the late 1970s towelling and making-up were important. Berisfords ribbons, founded in 1858, continued making labels from Victoria Mill, in Worrall Street into the twenty-first century. [32]
A loom is a device used to weave cloth and tapestry. The basic purpose of any loom is to hold the warp threads under tension to facilitate the interweaving of the weft threads. The precise shape of the loom and its mechanics may vary, but the basic function is the same.
Weaving is a method of textile production in which two distinct sets of yarns or threads are interlaced at right angles to form a fabric or cloth. Other methods are knitting, crocheting, felting, and braiding or plaiting. The longitudinal threads are called the warp and the lateral threads are the weft, woof, or filling. The method in which these threads are interwoven affects the characteristics of the cloth. Cloth is usually woven on a loom, a device that holds the warp threads in place while filling threads are woven through them. A fabric band that meets this definition of cloth can also be made using other methods, including tablet weaving, back strap loom, or other techniques that can be done without looms.
A power loom is a mechanized loom, and was one of the key developments in the industrialization of weaving during the early Industrial Revolution. The first power loom was designed and patented in 1785 by Edmund Cartwright. It was refined over the next 47 years until a design by the Howard and Bullough company made the operation completely automatic. This device was designed in 1834 by James Bullough and William Kenworthy, and was named the Lancashire loom.
Quarry Bank Mill in Styal, Cheshire, England, is one of the best preserved textile factories of the Industrial Revolution. Built in 1784, the cotton mill is recorded in the National Heritage List for England as a designated Grade II* listed building. Quarry Bank Mill was established by Samuel Greg, and was notable for innovations both in machinery and also in its approach to labour relations, the latter largely as a result of the work of Greg's wife, Hannah Lightbody. The family took a somewhat paternalistic attitude toward the workers, providing medical care for all and limited education to the children, but all laboured roughly 72 hours per week until 1847 when a new law shortened the hours.
Textile manufacture during the British Industrial Revolution was centred in south Lancashire and the towns on both sides of the Pennines in the United Kingdom. The main drivers of the Industrial Revolution were textile manufacturing, iron founding, steam power, oil drilling, the discovery of electricity and its many industrial applications, the telegraph and many others. Railroads, steamboats, the telegraph and other innovations massively increased worker productivity and raised standards of living by greatly reducing time spent during travel, transportation and communications.
Textile manufacturing is a major industry. It is largely based on the conversion of fibre into yarn, then yarn into fabric. These are then dyed or printed, fabricated into cloth which is then converted into useful goods such as clothing, household items, upholstery and various industrial products.
John Lombe was a silk spinner in the 18th century Derby, England.
The spinning mule is a machine used to spin cotton and other fibres. They were used extensively from the late 18th to the early 20th century in the mills of Lancashire and elsewhere. Mules were worked in pairs by a minder, with the help of two boys: the little piecer and the big or side piecer. The carriage carried up to 1,320 spindles and could be 150 feet (46 m) long, and would move forward and back a distance of 5 feet (1.5 m) four times a minute.
The manufacture of textiles is one of the oldest of human technologies. To make textiles, the first requirement is a source of fiber from which a yarn can be made, primarily by spinning. The yarn is processed by knitting or weaving, which turns yarn into cloth. The machine used for weaving is the loom. For decoration, the process of colouring yarn or the finished material is dyeing. For more information of the various steps, see textile manufacturing.
The Hat Works is a museum in Stockport, Greater Manchester, England, which opened in 2000. Before that, smaller displays of hatting equipment were exhibited in Stockport Museum and in the former Battersby hat factory.
A weavers' cottage was a type of house used by weavers for cloth production in the putting-out system sometimes known as the domestic system.
Textile manufacturing is one of the oldest human activities. The oldest known textiles date back to about 5000 B.C. In order to make textiles, the first requirement is a source of fibre from which a yarn can be made, primarily by spinning. The yarn is processed by knitting or weaving to create cloth. The machine used for weaving is the loom. Cloth is finished by what are described as wet process to become fabric. The fabric may be dyed, printed or decorated by embroidering with coloured yarns.
Silk throwing is the industrial process wherein silk that has been reeled into skeins, is cleaned, receives a twist and is wound onto bobbins. The yarn is now twisted together with threads, in a process known as doubling. Colloquially silk throwing can be used to refer to the whole process: reeling, throwing and doubling. Silk had to be thrown to make it strong enough to be used as organzine for the warp in a loom, or tram for weft.
Lombe's Mill was the first successful silk throwing mill in Britain. It was built on an island on the River Derwent in Derby. It was built after John Lombe visited Piedmont in 1717 and returned to England with details of the Italian silk throwing machines – the filatoio and the torcitoio – and some Italian craftsmen. The architect was George Sorocold. At its height, the mill employed some 300 people.
A silk mill is a factory that makes silk for garments using a process called silk throwing. Traditionally, silk mills were concentrated in Japan, England, New Jersey, Pennsylvania, Italy and Switzerland.
Clarence Mill is a five-storey former cotton spinning mill in Bollington, Cheshire, in England. It was built between 1834 and 1877 for the Swindells family of Bollington. It was built alongside the Macclesfield Canal, which opened in 1831.
A beamer was an occupation in the cotton industry. The taper's beam is a long cylinder with flanges where 400 plus ends (threads) are wound side-by-side. Creels of bobbins with the correct thread, mounted on a beaming frame wind their contents onto the beam. The machine is watched over by a "beamer".
Bancroft Shed was a weaving shed in Barnoldswick, Lancashire, England, situated on the road to Skipton. Construction was started in 1914 and the shed was commissioned in 1920 for James Nutter & Sons Limited. The mill closed on 22 December 1978 and was demolished. The engine house, chimneys and boilers have been preserved and maintained as a working steam museum. The mill was the last steam-driven weaving shed to be constructed and the last to close.
Macclesfield Museums is a collection of four museums focusing on Macclesfield and the Silk Industry. The museums are owned by Cheshire East, the local council, and managed on their behalf by the Macclesfield Silk Heritage Trust. The museums are called The Silk Museum, Paradise Mill, West Park Museum, and The Old Sunday School.
