There was a (Warrnambool) Ladies Rowing Club from about 1913. They were autonomous with their own shed, committee and coaches.The photograph is of a ladies crew in a sweep four. They are beside the bank of the Hopkins River, Warrnambool.The back of the photograph has "Before a training spin on the Hopkins River 1936".rowing, warrnambool, hopkins river, ladies rowing, warrnambool rowing club, warrnambool ladies rowing club, city of warrnambool rowing club, city of warrnambool rowing club

This was donated by the Eastern Emergency VolunteersHOOVER TWIN TUB WASHING MACHINE MODEL 1116 The twin tub machine appears to have been developed to assist in the washing of clothes by including a spin dryer. One tub had an agitator in the side wall to wash clothes which were then lifted into the spin dryer.Hoovermatic GZ046916domestic items, laundering, electrical technology, appliances & accessories

Wooden instrument for winding wool with circular base, a detachable top section which spins with four concertina arms.handcrafts, wool work equipment, wool winder

Framed papers outlining the courses and coursework for the Textile College at the Gordon Institute of Technology in 1950. The courses include Woolcombing, Worsted Spinning, Woollen Yarn Manufacture, Designing, Weaving and Turning and Finishing. A digital copy of this item was made for the National Wool Museum Collection, with the original remaining with the donor. Digital TIFF file, 100 MB, showing image of framed printed paper.D.P.C. WILSON MEMORIAL BURSARIES. / Textile College / Gordon Institute of Technology. / GENERAL INFORMATION / TERM DATES 1950 ...courses, gordon institute of technology, textile college, geelong, woolclassing, weaving, spinning, coursework, 1950

Book: 'Matchplay and The Spin of the Ball'. 355 pages. Hardcover. Edition uncertain (copyrighted 1925). Materials: Paper, Ink, Cardboardtennis

Donated with the ABC Spinner washing machineBlue heavy paper cover with black lettering and an illustration of Model 60. Full title is 'How to operate the ABC Spinner -Spins Away Water -Spins Away Dirt. The Porcelain Washer -Manufactured by Altofer Bros Company Established 1909 Peoria Illinois Contents include parts price list and instructions for use'allansford, altofer brothers, abc spinner, washing machines, laundry aids

Black and white photograph : 2 female workers in front of long rows of cotton reeels, which are probably spinning, worked by pistons underneath. Physical description: loose black and white photo. Inscriptions / markings: Herald Sun photograph. Supplied by Feature Service Herald & Weekly Times. Melbourne. Bradford Spinning Mill.Herald & Weekly Timesorganization, business, bradford mills, copyright not for reproduction. herald sun photograph supplied by feature service, the herald & weekly times, melbourne, australia.

Flywheel or Governor for a "Walker's Log". Enables the Log to spin at a uniformed speed due to the Flywheel effect of this device. Made of cast brass.flagstaff hill, warrnambool, shipwrecked-coast, flagstaff-hill, flagstaff-hill-maritime-museum, maritime-museum, shipwreck-coast, flagstaff-hill-maritime-village

A Wilson 'Hammer 5.5 Spin' racquet with clear plastic wrap on handle. Materials: Graphite, Plastic, Adhesive tape, Nylon, Leathertennis

Wood and metal pirn. Companion part to a shuttle, used in a loom. Shuttle looms disappeared in the 1960's.spinning

This drum carder was purchase by Gill Stange at the Whittlesea Show in the late 1980s. The carder allowed Gill to spin fleece from her own Merino sheep. Merino is a difficult wool to spin when compared to other popular varieties, such as Corriedale or crossbred wool. The carder helped her to tease out the fleece, slightly separating the fibres before spinning. It also allowed for easier removal of foreign matters, such as seeds and mud. Little is known about the Kacoonda brand who produced the carder. They were Australian based and appear to have only operated throughout the 1980s.The carder has one large central roller with two smaller rollers on either side. The larger roller rotates in the inverse direction of the two smaller rollers. The carding cloth is a mint green in which closely spaced wire pins are embedded. The shape, length, diameter, and spacing of these wire pins is that of a standard carder. On one side of the carder a handle is found that is used to spin the three rollers. Additionally on this side is a sticker which reads “The Kacoonda Carder. Subject to Patent Action”. A Silver grip for the easy movement of the carder can also be found high on this side. On the opposite side of the carder, many nuts and plates can be found which hold the rollers in place. This is opposed to the other side of the carder, which has a brown plastic cover plate attached underneath the handle. The walls providing a path for the carded wool to follow when being carded, are made of wood. The carder comes complete with a teasing tool. This tool has the same mint green carding cloth as the carder’s rollers. It is attached to a simple wood handle for ease of use.Wording, green, printed. Sticker on side of carder. “The Kacoonda Carder / SUBJECT TO PATENT ACTION”whittlesea show, drum carder, textile production, carding wool, kacoonda

Nino Corda was a Geelong based textile designer who worked at various textile mills between 1957 & 2003. He travelled the world in search of the latest fashions and techniques and developed timeless designs that were much loved by Australians. These items are on rotational display at the National Wool Museum’s ‘In the Factory’ exhibition. For many years, Nino also worked as part of the Honorary Staff of the National Wool Museum. His passion for the world of textiles provided energy and knowledge to the visitors and staff of the museum. Although Nino has now retired from his honorary position and has hung up his Australian Tartan vest, these items will continue to serve the community in sharing the stories of Australian Textile design.Custom made wooden hinged box with a hook latch. Brass yarn spinner, attached to a mahogany wood plinth base, which spins fibre into cord/yarn/thread. It has dials to set the rate that it spins. Metal plaque with black inlaid enamel lettering. Small cork inlay. Brass rod with hinge and wingnut, and ball at end. Ball at end has an adjustment mechanism. Rod also has an adjustable circular collar. Pair of curved tweezers. Circular magnifying glass on long thin handle. Glass has two concave lenses. Weaving sample in shades of blue, green and brown. Twill weave. Alternate pattern samples separated by red thread.Brass plaque on base of spinner: 42 MARKET St / John Nesbitt / REGd TRADE MARK / LIMd / MANCHESTER Underside of wooden plinth: 4976apparatus, textile, testing, spinning, nino corda, magnifyer, tools, brass, mahogany, tweezers, yarn, spinner, design, john nesbitt, manchester, england, 19th century, engineering, manufacturing

Carding department, R S & S mill.2/ end of carding as carded yarn comes/ off machine for spinning/ R S & Stextile machinery textile mills - history textile mills - staff textile mills, returned soldiers and sailors mill, carding, textile machinery, textile mills - history, textile mills - staff, textile mills

Metal spinning top - flat round middle piece with a centre shaft surrounded by round ring. Moved by string around centre shaft.toys, general

Black and white postcard. On bottom of card: ' Montrose Aerodrome A Trial Spin' Image shows biplane flying over series of hangars on side of aerodrome.Excelsior Seriesaviation, civilian, montrose aerodrome uk

This Babcock tester was used in the laboratory at the Kraft cheese factory, Allansford. When it was superseded it was passed to one of the users of the machine, Les O'Callaghan, president of the Warrnambool & District Historical Society who placed it in the historical society collection. In 2009 when the historical society premises were upgraded there was insufficient room to store the tester so it was donated to Cheese World Museum. The machine was used to test the butterfat content of milk. Prior to dairy factories coming into existence farmers made butter individually on farms. There was no need for milk testing until farmers supplied factories for payment. Payment was based on a gallon of milk weighing 10lbs (pounds) and this led to richer milk, containing a high degree of butterfat for use in buttermaking, being paid at the same rate as lesser quality milk. In 1890 Stephen Moulton Babcock, an American professor at the University of Wisconsin-Madison, developed a method of determining the amount of butterfat in milk, thus providing a standardised and fairer system for payment. Babcock Test Process 1. 18 grams of milk (17.6ml) was put into a test tube 2. The same amount of sulphuric acid was added 3. A centrifuge at 50ºC was rotated at more than 900 revs per minute 4. The fat floating on top of the liquid in the test tube was measured The Babcock Test provided fairer compensation to farmers and also helped produce a consistent product for consumers. It also allowed for selective breeding when dairy herd testing evolved. ‘The Babcock Test is so simple that it can be used by any careful person, and it is inexpensive to operate. From the very beginning it was so complete in every detail that no change has had to be made in it.’ (Babcock Test http://www.en.wikipedia.org/wki/Babcock_test 31 March 2009) Round green metal container with opening lid. Inside houses a spinning rotor with 20 test tube holders around the outside in two circular rows.7173 BABCOCKTESTER 190allansford, dairy manufacturing, milk testing, babcock test, babcock, stephen moulton, butter, warrnambool cheese and butter factory company

Book: 'Match Play and the Spin of the Ball'. 177 pages. Hardcover with dustjacket. 1975 reprint edition (first published 1925). Materials: Paper, Ink, Cardboardtennis