Showing posts with label Printing. Show all posts
Showing posts with label Printing. Show all posts
Friday, April 29, 2011

Laminating | Understanding Laminating

    Laminating pouches allow the consumer to protect a document within a layer of plastic material by process of lamination. It is quite common for people to laminate things such as luggage tags, work ID cards, personal identification cards, library cards, and other documents of importance. Lamination helps to preserve the document and strengthen its pliability. The process requires three things: The laminator, the laminating pouch and the document to be laminated.

    Laminators are size specific. In other words, most laminators require you to use only laminating pouches that are equal to or smaller than the maximum capacity of the machine. Additionally, laminating pouches are rated by their thickness. Thickness measurements for laminating pouches are measured in one "mil" increments. Mil thicknesses commonly sold to the public are between three (thin) and ten mil (thick). As a frame of reference a mil is one thousandth of an inch, or .001 inches (.025cm); glossy photographic paper, for example, is usually 10 mils thick. Of course there are thicker laminating pouches, but they are most often used in industrial applications.

    It is important to ensure that the laminator can accomodate both the thickness and dimensions of the laminating pouch that you intend to use. Keep in mind that you can trim any excess material from the laminating pouch either before or after the laminating process.

    Many of the work identification cards and driver's licenses that you may have seen are often laminated in laminating pouches. These pouches may contain embedded holograms to ensure authenticity, while others may include a magnetic strip on the back of the card. Both of these enhancements provide diversity in the pouches and allow employers to create and verify authentic copies of their employee IDs. The U.S. State Department uses such measures to distinguish real licenses from counterfeits. While magnetic strips can be scanned for information and authentication, holograms are a clear visual sign that a document is real and original. There is virtually no limit to the combination of holograms and magnetic strips that can be embedded into a lamination pouch.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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Thursday, April 28, 2011

Plastic Foil

    Features:
    1) Specifications:
    a) Width: ≤0.64m; ≤1.28m
    b) Thickness: 12 micro - 18 m
    Features:
    1) Specifications:
    a) Width: ≤0.64m; ≤1.28m
    b) Thickness: 12 micro - 18 micro
    c) Length: 120m, 180m, and 240m
    d) Core size: 1 inch, 3 inch
    2) Features:
    a) Base film: PET film
    b) Color: golden, silver, red, green, blue, black, and holographic
    c) Application: stamp on paper, plastic (PET, PVC, PE, ABS, BOPP),
    textile, wood, and leather
    3) Customized orders can also be satisfied

    Standard packing:
    Inner packing: 1 roll wrapped in plastic
    Outer packing: 10 rolls/carton

        Shanghai TNME Printing Material Co., Ltd. (TNME) is a high-tech and professional enterprise specialized in producing different kinds of aluminized foils. We supply more than 100 varieties of common hot stamping foils and laser hot stamping foils with "TNME" brand.
        Our products include paper foils, plastic foils, holographic foils, yew graphic foils, lignum foils, textile foils, pigment foils, leather and wallpaper transfer films. With good brightness and adhesive power, these products are widely used in kinds of hot stamping materials. Our products have been reached all over the country as well as the world. TNME has won the trust and recognition from our old and new customers through providing high quality products and considerate and efficient services.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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Office stationery | Ballpoint

    Ballpoint pen or a pen (English: ballpoint) is an end stationery using small ball spinning to control spending viscous ink that is stored in a cylindrical column. The tip of a pen in the form of small balls of brass, steel, or tungsten carbide which vary in diameter, generally 0.7 to 1.2 mm. Large diameter ball effect on the thickness of the writing on the paper. Immediately after the ink dried in contact with the paper. Unlike ballpoint pen, ballpoint pen inexpensive and maintenance free.

    Initially, stationery that uses pen and ink is ink that is used separately. The pen used was initially made of goose feathers like a kind commonly used in Europe in medieval times, water reed stems are used in the Middle East or even a brush that is used in China and Japan. The downside is that its use is often troublesome because of the users or even spilled ink spilled on paper.

    History

    Ballpoint pen created by Hungarian journalist, László Bureau in 1938. Bureau noted that the ink used in newspaper printing dries quickly and does not leave stains on the paper. Other difficulties when using the pen to correct the manuscripts which were written on thin paper like ink that widens, spilled or torn paper because sabetan a sharp pen.
    The tip of a ballpoint pen

    Together with his brother George, a chemist, he developed a new pen tip in the form of a ball that could rotate freely in a hole. When spinning, the ball will take ink from a cartridge, ink flowing wet tiny ball in a capillary and with the help of gravity. and then roll to attach to the paper. Because of the small ball that was then named the new pen ball point pen or what is commonly known by the name of a ballpoint pen.

    This design was then patented in Argentina on June 10, 1943 and sold under the brand Birome, which still survive today.

    The development of a ballpoint pen

    Two British men, Henry Martin and Frederick Miles supports this idea. They then go to his creation of this new stationery and sold to the British Royal Air Force that require a leak-proof stationery and overflow to be used on aircraft used in World War II.

    At the same time, in the United States, Milton Reynolds, the Chicago purchasing new stationery. He later perfected it and sell them to American soldiers. But it's still not as perfect ballpoint pens available at this time.

    Franz Szech, a resident of California, trying to find the perfect ink and managed to make the ink from the kitchen rumahnya.Tinta is far more durable and long lasting are in pen, ink, but unfortunately it gradually becomes dry when exposed to air.

    After World War II ended, the people gathered at a shopping center storefront Gimbels in New York. In this window provided a large water tank is surrounded by visitors. Water tank is used to demonstrate the form of pen stationery used under water. Pena was promoted using artificial ink Szech.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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Pencil | Stationery Office

    Pencils are writing instruments and painting that was originally made of pure graphite. The writing is done by scraping graphite onto the media. However, pure graphite tends to break easily, too soft, giving the gross effects of the media when it slid by hand, and when held hands dirty. Because it then created a mixture of graphite with clay for composition harder. Furthermore, the composition of this mixture wrapped with paper or wood.

    History

    The use of lead and graphite has been started since the Greeks. Both give the effect of gray streaks, although graphite is a little more black. Graphite is very rarely used until later on in 1564 discovered a pure graphite content in large numbers in Borrowdale, a valley in the Lake District, northern England. Although looks like coal, minerals can not be burned, and shiny black scars, and easily removed on the surface that can be inscribed. At this time the term graphite is still confused with tin, lead, and Plumbago, meaning "like lead" given its almost the same. Therefore, the term lead pencil (pencil lead) is still in use today. Because the texture is oily, chunks of lamb wrapped in leather or a small piece of tin berbentuktongkat bandaged with a rope. No one knows who first had the idea to insert a black tin timber into the container, but in 1560's, a primitive pencil had reached the European continent.

    Shortly thereafter, lead mined and exported to meet the demands of the artists, and in the 17th century, to say the lead has been used everywhere. At the same time, the makers to experiment with black lead pencil to produce better writing instruments. Because pure and easily extracted, lead from Borrowdale to be the target thieves and black marketeers. To overcome this, the British Parliament passed a law in 1752 which stipulates that could lead thief jailed or banished to a convict colony.

    But in 1779, a chemist Carl W. Scheele researched and concluded that the graphite has a much different chemical properties with lead. Graphite is pure carbon molecule composition software. Finally in 1789, the German geologists, Abraham G. Werner gave the name graphite, which is derived from Greek words graphein, which means writing. Thus, the contents of a pencil rather than tin.

    Progress Pencil

    For years, British monopolize the manufacture of graphite pencil because it was pure enough to use without needing to be processed again. Because Europe is less quality graphite, pencil factories there to experiment with various ways to improve the content of a pencil. French engineer Nicolas-Jacques Conté mixing powdered graphite with clay, forming the mixture into sticks, and burned in the fireplace. By varying the ratio of graphite to clay, he can make the contents of a pencil that produces various shades of black and the process used until now.

    In the 19th century, the manufacture of pencil manufacture became big business. Graphite is found in several places, including Siberia, Germany, and what is now the Czech Republic. In Germany and then in the United States, a number of factories opened. Mechanisation and mass production the price pressure, and at the beginning of the 20th century, even school children using a pencil.

    At first graphite pencils were given the torn wrapping paper as the wearer desires. But later found more practical and efficient way by covering the entire graphite rod with two blades ditoreh wood to make room for graphite shaft and then put together.

    Pure graphite artist may be preferred due to its more straightforward. But for everyday use, it takes a lower-quality graphite to be more flexible. In 1795, French chemist, Nicolas Jacques Conté, discovered by mixing graphite with clay to produce a better pencil and practical. One of its derivatives are pencil Konte.

    On March 30, 1858 Hymen Lipman of Philadelphia, Pennsylvania, United States patented the pencil with eraser tip. But then this patent revoked on the grounds sebanenarnya no new invention of the pencil. Peraut mechanic discovered in 1880 and quickly became very popular.

    Characteristic

    Unlike the pens, pencils tend to give the impression of gray and the color of weak and rupture compared with the pen that gives a solid color and sharp. Pencils are also more easily removed than the pen.

    Some pencil eraser to be accompanied by reasons of practicality. Pencil like this well-liked student. However, most professional artists who give priority to quality will be more like a pencil without an eraser, the eraser is in doubt given the quality and frequency to remove the larger will make erasers that are too small will be quickly wasted.

    Identity

    Pencils are distinguished according to composition. Letter B informs thickness (boldness), which means more grafitnya content. While the letter H inform violence leadnya composition, which means more clay content. Pencil with an F means the composition is very appropriate for diraut up to a maximum kurtosis. While the numbers in front of the letter shows the level of violence thickness or composition of a pencil. For example 2H going harder than H, or 2B will be softer and thicker than B. HB pencil has a second means the hardness and thickness.

    Color pencil to show the area of production. Factories in North America gives the color yellow, Germany and Brazil gave green. India and some Asian region provides a black and red color. Switzerland gave a red color. While the British gave yellow and black. Most of these color standardization created manufacturer Faber-Castell. Yet many manufacturers who do not follow this standard.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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Monday, April 25, 2011

Business Card

    Business cards are cards bearing business information about a company or individual. They are shared during formal introductions as a convenience and a memory aid. A business card typically includes the giver's name, company affiliation (usually with a logo) and contact information such as street addresses, telephone number(s), fax number, e-mail addresses and website. It can also include telex, bank account, tax code. Traditionally many cards were simple black text on white stock; today a professional business card will sometimes include one or more aspects of striking visual design.

    Business cards are printed on some form of card stock, the visual effect, method of printing, cost and other details varying according to cultural or organizational norms and personal preferences. The common weight of a business card varies some by location. Generally, business cards are printed on stock that is 350 g/m² (density), 45 kg (100 lb) (weight), or 12 pt (thickness).

    High quality business cards without full-color photographs are normally printed using spot colors on sheet-fed offset printing presses. Some companies have gone so far as to trademark their spot colors (examples are UPS brown, Los Angeles Lakers' purple, and Tide's orange). If a business card logo is a single color and the type is another color, the process is considered two color. More spot colors can be added depending on the needs of the card. With the onset of digital printing, and batch printing, it is now cost effective to print business cards in full color.

    To simulate the "raised-print" effect of printing with engraved plates, a less-expensive process called thermography was developed that uses the application of a plastic powder, which adheres to the wet ink. The cards are then passed through a heating unit, which melts the plastic onto the card. Spot UV varnish onto matte laminate can also have a similar effect.

    Full color cards, or cards that use many colors, are printed on sheetfed presses as well; however, they use the CMYK (cyan, magenta, yellow, and black) four-color printing process. Screens of each color overprinted on one another create a wide gamut of color. The downside to this printing method is that screened colors if examined closely will reveal tiny dots, whereas spot color cards are printed solid in most cases. Spot colors should be used for simple cards with line art or non-black type that is smaller than 5 points.

    A business card can also be coated with a UV glossy coat (offset-uv printing). The coat is applied just like another ink using an additional unit on a sheetfed press. That being said, UV coats can also be applied as a spot coating - meaning areas can be coated, and other areas can be left uncoated. This creates additional design potential.

    Business cards can also be printed with a digital copier, which uses toner baked onto the surface of the card. Some industry leaders have begun avoiding the using the term copier in their literature, insisting their state-of-the-art machines are more like digital presses, than their office-oriented predecessors.

    While some of the older office copiers may have had problems running heavy business card stock, the newest digital presses can print on stock as heavy as 80# to 100# cover stock, and 12 to 14 point stocks with ease.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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Sunday, April 24, 2011

Paper

    Paper is a thin and flat material, which is produced by compression of fibers derived from the pulp. Fibers used are usually natural, and contains cellulose and hemicellulose.

    The paper is known as the primary medium for writing, printing and painting and many other uses that can be done with such paper cleaning paper (tissue)that is used for food, hygiene or toilet

    The existence of the paper is a new revolution in the world who donate stationery to write great significance in world civilization. Before you found the paper, the nations first use of clay tablets which were burned. This can be seen from the Sumerian civilization, Inscription of stone, wood, bamboo, leather or animal bones, silk, palm leaves strung together even as his scripts found on the archipelago a few centuries ago.

    Ancient Egyptian Civilization donated the papyrus as writing media. The use of papyrus as a writing medium is used in the civilization of ancient Egypt during the dynasty pharaoh then spread throughout the Middle East until the Romans in the Mediterranean Sea and spread across Europe, although the use of papyrus still felt very expensive. From the word papyrus (papyrus) that is known as a paper in English, papier in Dutch, German, French or papel example in Spanish, which means the paper.

    Recorded in the history of Chinese civilization, which is donating the paper for the World. Tsai Lun is found paper made from bamboo are easily available throughout China in the year 101 AD. This discovery eventually spread to Japan and Korea as the spread of the nations of China to the east and the development of civilization in the region although it was originally a way of making paper is very confidential.
    In the end, the paper-making techniques in the hands of the Arabs in the Abbasid period, especially after the defeat of the Tang Dynasty forces in the Battle of Talas River in 751 AD in which the prisoners of war teaches how to make paper to the Arabs so that the Abbasid era, came the paper industry centers in both Baghdad and Samarkand and other industrial cities, then spread to Italy and India, and Europe especially after the Crusades and the fall of Grenada from the Moors into the hands of the Spaniards and to the world

    In 1799, a Frenchman named Nicholas Louis Robert invented a process to make sheets of paper in a moving wire screen, with the improvements of this tool is now known as Fourdrinier machines. The discovery engine cylinder by John Dickinson in 1809, has led to increasing use Fourdrinier machine in the manufacture of paper-thin paper. 1826, the steam cylinder for the first time used in drying and in 1927 the United States began using the Fourdrinier machine.

    The increase in production by the machine Fourdrinier and cylinder machines has led to increasing demand of raw materials used fabric that more and more reduced. In 1814, Friedrich Gottlob Keller found the process of mechanical pulping of wood, but the resulting paper quality is low. Around the year 1853-1854, Charles Watts and Hugh Burgess develop papermaking using soda process. 1857, a chemist from American named Benjamin Chew Tilghman get British Patent for sulphite process. Pulp produced from the sulfite process is nice and ready bleached. Kraft process resulting from the experimental basis by Carl Dahl in 1884 in Danzig. This process is commonly called sulphate process, because of Na2SO4 is used as the chemical make-up for the rest of the cooking solution.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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Saturday, April 23, 2011

Printing and Typing

    Typing and Copy Services | Setting | Design | Printing | Seals

    Merek

    Waru Jaya is a business engaged in the Copy, Printing, Typing and Settings as well as selling office stationery. As for the service we provide 24 hours. For a company which will require our services can directly come to the address listed on below.
    The service WARU JAYA as follows:
    • FOTO COPY
    Materials Paper FC
    Paper size : Folio, A4, A3 dan Quarto
    Paper :Paper One



    • Binding:
    Sample Volume
    Sample Volume
    Binding Hardcover + Laminating, Binding Softcover + Laminating, Binding Spiral Kawat ; Binding Spiral Plastik, Regular Volume (lakban).
    • COMPUTER
    Typing, Setting, Design, Scanner, Printing (Black & White, Warna).
    • Printing
    Card Name, Banner, pamphlet, Print Books, Print Letterhead, Nota, Kwitansi, Bon and so forth.
    • Waru Jaya also provides automatic stamp manufacturing services with a variety of sizes and colors.
    Competitive price!

    Motto : Making life more advanced with services Waru Jaya.
    Source URL: https://newsotokan.blogspot.com/search/label/Printing
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