Cool Moulding Services images

Cool Moulding Services images

Some cool moulding services images:

Nottingham Council House – Old Market Square – lion
moulding services
Image by ell brown
Close up views of details of the Nottingham Council House in Old Market Square.

The building is Grade II* listed building.

Council House, Exchange Buildings and Adjoining Shops and Bank, Nottingham

NOTTINGHAM

646-1/20/459 OLD MARKET SQUARE
04-FEB-1988 OLD MARKET SQUARE
(East side)
COUNCIL HOUSE, EXCHANGE BUILDINGS AND
ADJOINING SHOPS AND BANK

GV II*

Also Known As: 4, 6 AND 8, HIGH STREET, OLD MARKET SQUARE
1 TO 15, CHEAPSIDE, OLD MARKET SQUARE
YORKSHIRE BANK, 11, SMITHY ROW, OLD MARKET SQUARE
3, 4, 7 AND 8, SMITHY ROW, OLD MARKET SQUARE
Council House with offices and shopping arcade, and adjoining shops and bank, forming a rectangular island block. 1924-29. By T. Cecil Howitt for Nottingham City Council. Sculptural decoration by Joseph Else and mural paintings by Denholm Davis, with collaborators. Bank 1927, by A N Bromley of Nottingham for the National Provincial Bank.

MATERIALS: Steel frame with Portland stone cladding and dressings, and lead roofs.

EXTERIOR: Baroque Revival style. The windows are mainly glazing bar casements with bronze frames and panels. It has a granite plinth, with channelled rustication to the ground floor, a dentillated main cornice, and pierced balustrade. 4 storeys; 9 bays. The main west front has a projecting centre of 7 bays, reached by steps flanked by statues of lions, with round-arched ground floor openings and 4 bronze bracket lamps. Above, an octastyle Ionic portico in antis, rising through 3 floors and topped with a pediment containing relief sculpture. Under the portico, regular fenestration with metal framed glazing bar casements. There are blank end bays with round-arched ground floor openings. Rising above the centre of the building is a drum with Ionic colonnades and sculpture groups in niches at 4 corners. Above it is a large lead dome topped with an ornate cupola. The right and left returns are identical, with projecting central round-arched entrances rising through 4 floors. On either side, a 5 bay facade with ground floor shop fronts is divided by Doric pilasters. The upper 3 floors are divided by Ionic three-quarter columns in antis, and have regular fenestration. The right return has an additional single entrance bay towards the rear. The rear facade, to the east, has a central round-arched opening rising through 3 floors, with Ionic columns in antis under a pediment. There are single flanking bays with pendant lamps and round-arched ground floor openings. Above them are single windows on each floor. Exchange Arcade has at the crossing a glazed dome with paintings of historical scenes on the pendentives. There is a frieze with a lengthy inscription dated 1929. The main east-west arcade is 5 bays, has renewed shop fronts divided by square pilasters, and above, tripartite windows with moulded surrounds, also divided by pilasters. To the east is a 4 bay arcade, narrower and lower, defined by a stone arch, with cross casements in moulded surrounds. The eastern bay is 3 storeys and has 2 windows on each floor. The shorter north and south arcades have large transomed windows. The adjoining corner block to the south-east, dated 1922, is ashlar in a stripped Classical style. There are end bays with pilasters, an angled corner bay, and cornice and parapet. 4 storeys; 5 x 9 bays, with metal framed casements. The ground floor shop fronts are divided by plain pilasters, and above, there is regular fenestration, with a pedimented central window to each front. The adjoining bank, to the north-east, dated 1927, is by A N Bromley of Nottingham. It is ashlar, in the Baroque Revival style. It has a moulded granite plinth, rusticated ground floor, dentillated main cornice, pierced balustrade. It is 3 storeys plus attics; 5 x 9 bays, with glazing bar sashes to the upper floors and metal framed casements below. There are pediments and keystones to the first floor. The rounded corner entrance bay has a Doric door case with cornice and crest with supporters. Above is a single window on each floor. In the attic there is a cartouche date stone with supporters, under a broken scrolled pediment. The return facades have round-arched ground floor openings with keystones, and the upper floors are divided by Ionic half-columns. The end bays project.

INTERIOR: The Council House has a main entrance hall with marble panelling and Doric columns, and a curving marble staircase with pierced balustrade. The first floor reception hall has full height Ionic columns and a coffered ceiling. The dining hall has wooden panelling and pilasters, and a coved plaster ceiling. The Lord Mayor’s parlour and waiting room, members’ room and library have panelling. The Lord Mayor’s private room has C17 oak panelling from Ashton Hall, Birmingham, and the Lady Mayoress’s parlour has Adam-style decoration. The Council chamber has pilaster panelling and a coffered ceiling, and original seating and galleries. The bank has pilastered walls and 2 Ionic columns carrying a cross beam ceiling with a central domed skylight on pendentives. The bank fittings were renewed in the late C20.

HISTORY: Nottingham’s original Exchange Hall was built between 1724-6 on the site of the present Council House and Exchange Buildings. Consideration was given to the construction of a new town hall from the 1850s onwards, but it wasn’t to be until the early 1920s that the council had acquired the other properties in the Exchange block so as to be in a position to build on the complete site. The Council House, Exchange Buildings and adjoining shops and bank were built between 1926 and 1929. The official opening of the complex was on the 22nd May 1929. As Elain Harwood outlines in the Nottingham Pevsner Guide ‘Howitt’s initial scheme of 1923-4 anticipated recovery of the council’s buildings for University College. He therefore proposed rebuilding the Exchange as a superior shopping arcade, modelled on Milan’s Galleria Vittorio Emanuele, with top-lit arcades’. In an appreciation to its architect, T.C.Howitt, published in The Times shortly after his death in 1968, the Council House was described as ‘probably still the finest municipal building outside of London’.

SOURCES:
Scoffham E R, A vision of the City: the architecture of T C Howitt, (1992) 18-21; E. Harwood, Nottingham: Pevsner Architectural Guides (2008) 46-49;
J. Beckett and K. Brand, The Council House Nottingham and Old Market Square (2004)

REASONS FOR DESIGNATION:
* The buildings are considered to be an exceptional example of early C20 civic architecture which have undergone little significant alteration since their completion in 1929.
* The buildings represent a rare example of a Corporation commissioning its principal building from its own architectural service.
* The buildings retain their original principal interiors and almost all of their original fixtures and fittings all of which are of a consistently high quality.
* The special interest of the buildings is enhanced by the consistently high quality of the decorative art found throughout, including sculpture, murals, glass and plasterwork and by the range and quality of the building materials used in its construction.
* The arrangement of civic facilities and commercial buildings is unusual for local government buildings of this date and adds considerable interest.

This text is a legacy record and has not been updated since the building was originally listed. Details of the building may have changed in the intervening time. You should not rely on this listing as an accurate description of the building.

Source: English Heritage

Listed building text is © Crown Copyright. Reproduced under licence.

Lion

Image from page 513 of “The Bell System technical journal” (1922)
moulding services
Image by Internet Archive Book Images
Identifier: bellsystemtechni18amerrich
Title: The Bell System technical journal
Year: 1922 (1920s)
Authors: American Telephone and Telegraph Company
Subjects: Telecommunication Electric engineering Communication Electronics Science Technology
Publisher: [Short Hills, N.J., etc., American Telephone and Telegraph Co.]
Contributing Library: Prelinger Library
Digitizing Sponsor: Internet Archive

View Book Page: Book Viewer
About This Book: Catalog Entry
View All Images: All Images From Book

Click here to view book online to see this illustration in context in a browseable online version of this book.

Text Appearing Before Image:
orig-inally ground along the fin left by the semi-positive mold and thenbuffed. The operation was not only expensive but tended to grindoff a large portion of the surface of the handle. This removed theresin-rich surface and tended to expose the filler of the phenol plasticmolding compound, thus reducing the appearance life of the handle.The more recent product of the Bell System is being grooved alongthe die parting line. This removes the fin, a minimum of the resin- 490 BELL SYSTEM TECHNICAL JOURNAL rich surface and does not detract from the appearance of the handset.Automatic grooving machines were developed for this purpose. Figure4 shows a grooved handset handle. It has been found necessary to pay close attention to the design inorder that die parting lines, ejector pin marks, gate marks and the likewill appear at points where they may be readily eliminated by simpletrimming and grooving operations, or where they may be left withoutobjection to appearance or function of the part.

Text Appearing After Image:
Fig. 4—Grooved handset handle. General Test Methods and Requirements The most satisfactory test is one that can be applied to the finishedpart to measure the ability of that part to perform its function satis-factorily in service. This ideal is seldom realized, not only because ofthe difiiculty of defining the service requirements but of finding teststhat are wholly representative of service conditions. It is customary,therefore, to apply a series of tests whose sum total will approach theideal as nearly as practicable. Molded organic plastic parts aredifferent from parts made from most other materials in that themolding process may modify them and render them quite differentfrom the raw material. In the case of thermosetting compoundsthis is particularly true. Tests are in the main applied, therefore, to a molded part of repre-sentative specimen of the fabricated material. In the telephone plantthe items that are of most importance are strength, both transverseand impact, permanenc

Note About Images
Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability – coloration and appearance of these illustrations may not perfectly resemble the original work.

Ways to Find the Most Reputed Plastic Injection Moulding Companies in China

Ways to Find the Most Reputed Plastic Injection Moulding Companies in China

Plastic injection moulding has enabled manufacturing and production processes to go faster and made mass production of items highly plausible at a lower cost. To experience those benefits, businesses are encouraged to work only with reputable plastic injection moulding companies in China. Finding the right companies should not be challenging as long as you understand the Chinese plastic injection moulding industry, compare service providers, and take time to find feedback on their customer service and the quality of their products. Here are some tips to help you find and choose the best plastic injection moulding company in China:

* Verify the company’s experience in mould making – Narrow your selection of plastic injection moulding companies in China to include only those that have been in business for at least a decade. Their years of experience should be a good indicator of their commitment to the manufacturing industry and to serving their clients well, or they would not have lasted that long. Being in the business for that long should have enabled the plastic injection moulding company to make connections with a wide array of businesses from various industries, too.

* Find out what other customers think of their service and products – To gain confidence in the company’s reputation and years in the business, look up reviews and feedback about them. Ask for references and consider companies that have worked with well-known brands. For instance, one of the highly-rated plastic injection moulding companies in China has experience in producing parts for Canon, Volkswagen, Brother, Xiaomi, and Toyota.

* Find out how they work – Established and reputed plastic injection moulding companies in China follow a chain of stringent quality management standards to ensure high-quality products. Steps include pre- and post-measures, which help shorten the tooling and moulding processes. This way, the company is able to deliver results ahead of the deadline to keep you a step ahead of your competition. Consider the types of plastic injection moulding services they offer, too. Leading providers are well-appointed and employ highly skilled and trained specialists to conduct double-shot or over-mould, high precision, insert injection, gas-assisted injection moulding, and thin-wall injection moulding.

* Determine how you can get in touch with them – Make sure they have reliable professional sales and engineering teams, which you can easily contact for assistance and for inquiries.

This article is written by James Wang, sales manager at Corelmould. Corelmould is a leading tooling and moulding manufacturer in Chine since 2004. With over 120 machines and over 300 well trained staff, they offer high standard moulds, plastic moulding and other moulding services for clients internationally and domestically.
Cool High-quality Plastic Moulding images

Cool High-quality Plastic Moulding images

A few nice high-quality plastic moulding images I found:

Bruchsichere Verpackung / Unbreakable packaging
high-quality plastic moulding
Image by BASF – We create chemistry
Wer schon einmal eine Styropor-Platte gebogen hat, kennt das Phänomen: Die Platte kann brechen und kleine Kügelchen fliegen umher. Anders ist das bei Platten aus E-por®, denn der Schaumstoff ist biegsamer und zäher. Hergestellt wird er durch ein neues Produktionsverfahren der BASF. Verarbeitet wird er wie Styropor: Kleine, mit dem Treibmittel Pentan gefüllte Kunststoffgranulate werden mit Wasserdampf aufgeschäumt – dabei bläht sich der Schaumstoff auf das 30-Fache seines ursprünglichen Volumens auf. Die aufgeschäumten Partikel werden dann erneut mit Wasserdampf in der gewünschten Form miteinander verschweißt. Dank der verwendeten Inhaltsstoffe wird der Schaumstoff stabiler. Das ist besonders nützlich für Verpackungen von wertvollen Geräten wie etwa großen Flachbildschirmen oder auch Solarkollektoren. Die 200 bis 400 Mikrometer großen, luftgefüllten Zellen des Schaumstoffs puffern die bei einem Sturz oder Stoß entstehende Energie ab – und das auch mehrere Male hintereinander. Dadurch kommen die Produkte unbeschädigt und funktionsfähig beim Endverbraucher an. Wenn kleine Kügelchen große Dinge schützen, dann ist das Chemie, die verbindet. Von BASF.
Vergrößerung 50:1 (bei 12 cm Bildbreite)
Abdruck honorarfrei. Copyright by BASF.

If you’ve ever bent a Styropor panel you’ll be familiar with the phenomenon: the panel can break causing tiny granules to fly through the air. Panels made of E-por® are different because the foam is tougher and more flexible. It is manufactured using a new BASF production process. It is processed like Styropor: small plastic granules filled with the blowing agent pentane are foamed with steam – as a result the foam swells to 30 times its original volume. The expanded particles are then fused together again with steam in the required mould. Thanks to the components used the foam is more stable. This is particularly useful for the packaging of high-quality products, such as large flat screen televisions or solar collectors. The 200 to 400 micrometer sized air-filled cells of the foam cushion the energy generated by a fall or shock – even several times in a row. This means the products reach the end consumer undamaged and fully functional. When tiny granules protect big things, it’s because at BASF we create chemistry.
Magnification 50:1 (bei 12 cm in width)
Print free of charge. Copyright by BASF.

3D Erasers – Twin Mill III
high-quality plastic moulding
Image by Leap Kye
Couldn’t think of any catchy title for it…

Anyway, found this in a "China-shop" where all things were tagged with "Made in China" and sold for a bargain price. It came in card and plastic mould with another fancy looking car, and available in a variety of bright cheerful colours; green-yellow, red-yellow etc. No Mattel or Hot Wheels logo or copyright statement can be found, not even the manufacturer’s name, as expected lol. A high quality copy nonetheless. It can be disassembled part by part and everything fits perfectly into its place, something the real Hot Wheels can’t do hmph… (Will upload a picture of it disassembled soon)

A unique addition to my collection, though it will not sit alongside the rest of the real ones. Found it useful for something else instead.

Twin Mill III Wikia

Blow Moulding Machine Manufacturer in Ahmedabad | India

Molding
Molding is the process of production forming flexible raw content by utilizing a firm frame or model recognized as a pattern. The maker who creates the pattern is recognized as Blow Moulding Machine Manufacturer in India. Mold maker use diverse sorts of device in casting procedure.

Sorts of Molding Machines
Blow Moulding Machine Manufacturer in Ahmedabad is a production procedure by which empty plastic components are established. There are main types of device use for strike casting. Extrusion strike moulding device assumes prime good quality elements with both air-driven and mechanical systems, and it is suitable for producing PE, PP and Pc container products. Blow hypodermic injection casting device are broadly employed in medicine packaging, the cosmetic packaging, generating up chemical industry, gifts &amp toys and so on. Stretch strike casting device three methods in one particular from raw content material to container finish item no a lot more loss in damaged perform. Pet strike casting device is utilised in bottling procedure of standard water, sodas, scrumptious oil and farm chemicals.
Mould devices manufacturer creates different sort of device for casting procedure like candle moulding device for develop candle lights, pulp moulding device for create egg containers, fruit containers and pallets. In-mold marking device is excellent gear of several sectors, such as lubricating oil bucket, dressing container, municipal packaging industry, and so on.

China Molds
China is the largest manufacturer of hypodermic injection pattern devices on the globe and in reality it rated 1st on the globe. In the previous a number of years hypodermic injection pattern device producers have got significantly enhanced on technological innovation. Nonetheless compared with those in western Blow Moulding Machine Manufacturer in India suppliers still have a way to catch up on technological innovation and types. In detail there is nevertheless not small blank on such sorts as super-big or particular perfection hypodermic injection pattern machines meanwhile self-support rate of property-produced hypodermic injection pattern devices for things processing, most adopt brought in hypodermic injection pattern devices. Completely analysis and production of hypodermic injection pattern devices can’t nonetheless satisfy demands brought by development of plastic materials market in Chinese suppliers.
http://www.zeelplastmachinery.in/blow-molding-machine.html

Zeel Plast Machinery for HDPE Bottle Machinery Manufacturer In Ahmedabad, Totally Automatic Blow Moulding Machine Manufacturer In Ahmedabad, Plastic Blow Moulding Machine Manufacturer In Ahmedabad, Plastic Container Manufacturer Machine In India, Plastic Pesticide Bottle Manufacturer in Ahmedabad.
Facts about Injection Moulding

Facts about Injection Moulding

Injection moulding refers to when components are created by injecting substance into a mould. Injection moulding is a fast process and can be applied in generating big quantities of equivalent items including higher accuracy engineering apparatus to disposable consumer goods. Injection moulding is typically applied in making an assortment of components, which consist of small components to complete body panels of automobiles. The injection moulding method consists of the introduction of material into the machine using a Hopper.

The injection moulding machine consists of a heated barrel equipped with a reciprocating screw, which feeds the molten polymer into a temperature controlled split mould using a channel system of gates and runners. The screw plasticizes the polymer and acts as a ram in the course of the injection stage it also provides additional heating by virtue of the shearing action on the polymer. The polymer is then introduced into a mould device that takes the shape of the moulded part.

Injection moulding demands the parts to be quite very carefully developed to facilitate the whole moulding procedure the needed kind and features of the element, the material of the mould, and the properties of the moulding device must all be taken into significant consideration. The flexibility of injection moulding is facilitated by this extent of design and style considerations and possibilities.

Injection moulding can generate numerous things which contain wire coils, covering, bottle tops, vehicle components and apparatus, Gameboys, afro combs, assorted musical instruments and components, one-piece chairs and miniature tables, storage containers, automatic parts, and most other synthetic items obtainable in this day and age. Injection moulding is the most broadly employed up to date strategy of making parts ideal for making huge volumes of the exact same object.

Injection moulding parts can be utilized to produce components for practically all sectors of the manufacturing organization. The flexibility in size and shape made attainable by the usage of this method have significantly extended the limits of design and style in plastics, and enabled a substantial replacement of outdated materials thanks to the light weighting and style freedom. Present injection moulding machines are controlled by built-in computers which act on sensor fed details. These computers manage all the actions of the machines and make sure consistent output and extremely correct and higher high quality merchandise. This tends to make the procedure best for creating high good quality goods at a low-cost price tag, and also 1 of the most sought after method by makers.

Uncover a lot more details relating to China prototyping, and Shenzhen factories here.