Primeline PAPER and BOARD MACHINES
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Print. Sublimate. Done. Complete Textile Print System
GRAND BY DESIGN Print. Sublimate. Done. COMPLETE TEXTILE PRINT SYSTEM. The Neo Series A revolutionary water-based, dye-sub printer with an on-board calender for permanent sublimation. Get all the details at: printerevolution.com The Neo Series Tap into the digital textile market with a turn-key commercial fabric printing solution. Everything You Need To Succeed In keeping with our mission to drive innovation, PrinterEvolution introduced the Neo Series to be an all-in-one solution for textile printing. The result? A dye-sublimation printer with an on-board sublimation unit. Ink Media options • Achieve a brilliant color gamut with super rich blacks, a • The Neo Series printers can print on standard digital heavy pigment load and excellent grayscale. textile fabrics and specialty materials, such as open weave and stretch. • The vibrant, environmentally friendly, water-based inks pass all OEKO-TEX® Standard 100 certifications. They • Our system easily prints on mesh and other open are produced in an ISO 9001 facility with strict quality weave fabrics without marking the backside with control all at a very competitive cost per print. “blow-by” ink. A specially designed trough is fitted with a sponge and ink pad that absorb any ink that • The Neo Series printers use a 1.5 liter ink system. passes through the fabric. • For stretchable fabrics Superior quality and low cost of operation like Lycra, spandex and other sports textiles, the • The Neo Series utilizes Epson DX Variable Drop heads Neo uses a cork-covered that produce drops of varying sizes and colors within a cylinder to spread and single image file, marrying the best combination of the hold the fabric in place, image quality that comes with small drop sizes and the maintaining perfect, productivity associated with large drop printing. -
Future Directions in Calendering Research
Preferred citation: T.C. Browne and R. H. Crotogino. Future Directions in Calendering Research. In The science of papermaking, Trans. of the XIIth Fund. Res. Symp. Oxford, 2001, (C.F. Baker, ed.), pp 1001–1036, FRC, Manchester, 2018. DOI: 10.15376/frc.2001.2.1001. FUTURE DIRECTIONS IN CALENDERING RESEARCH T.C. Browne and R.H. Crotogino Paprican Pointe-Claire, QC, Canada ABSTRACT Calendering is the papermaker’s last chance to reduce thickness variations along the length and width of the finished sheet, and to improve the sheet smoothness. A smoother sheet results in improved print quality, while more uniform thickness profiles improve the winding process. The calendering operation thus improves the quality of the finished product. In recent years there has been an increase in the loads, speeds and temperatures at which soft-nip calenders, whether on or off line, can be operated without mechanical failure of the cover; the result has been an improvement in the surface and printing properties achievable with mechanical printing grades of paper, and an increase in the production rates which can be sustained. As a result, these calen- ders have slowly replaced traditional machine calenders in new and retrofit installations. The best available design and trouble-shooting tools for modern machine calenders are based on empirical models, whose coefficients have not been related to fundamental paper or fibre properties. New furnishes therefore require experimental deter- mination of these coefficients, and extrapolation to new calender- ing conditions involves some risk. As well, there are no published models, empirical or otherwise, for the design and trouble- shooting of soft-nip calenders, an unfortunate state of affairs given the increased number of installations of these machines. -
Mountain Pine Beetle-Attacked Lodgepole Pine for Pulp and Papermaking
Operational extractives management from- mountain pine beetle-attacked lodgepole pine for pulp and papermaking Larry Allen and Vic Uloth Mountain Pine Beetle Working Paper 2007-15 Natural Resources Canada, Canadian Forest Service, Pacific Forestry Centre, 506 West Burnside Road, Victoria, BC V8Z 1M5 (250) 363-0600 • cfs.nrcan.gc.ca/regions/pfc Natural Resources Ressources naturelles Canada Canada Canadian Forest Service canadien Service des forêts Operational extractives management from mountain pine beetle-attacked lodgepole pine for pulp and papermaking Larry Allen and Vic Uloth Mountain Pine Beetle Initiative W orking Paper 2007œ15 Paprican 3800 W esbrook Mall Vancouver, B.C. V6S 2L9 Mountain Pine Beetle Initiative PO # 8.43 Natural Resources Canada Canadian Forest Service Pacific Forestry Centre 506 W est Burnside Road Victoria, British Columbia V8Z 1M5 Canada 2007 ≤ Her Majesty the Queen in Right of Canada 2007 Printed in Canada Library and Archives Canada Cataloguing in Publication Allen, Larry Operational extractives m anagem ent from m ountain pine beetle-attached lodgepole pine from pulp and paperm aking / Larry Allen and Vic Uloth. (Mountain Pine Beetle Initiative working paper 2007-15) "Mountain Pine Beetle Initiative, Canadian Forest Service". "MPBI Project # 8.43". "Paprican". Includes bibliographical references: p. Includes abstract in French. ISBN 978-0-662-46480-8 Cat. no.: Fo143-3/2007-15E 1. Pulping--British Colum bia--Quality control. 2. Pulping--Alberta--Quality control. 3. Paper m ills-- Econom ic aspects--British Colum bia. 4. Pulp m ills--Econom ic aspects--Alberta. 5. Lodgepole pine--Diseases and pests–Econom ic aspects. 6. Mountain pine beetle--Econom ic aspects. -
Paper Technology Journal
Paper Technology Journal World paper market: Quo vadis newsprint? News from the Divisions: Stock Preparation, Paper Machinery, Finishing and Service. A Scandinavian Success Story. Notable Startups. Orderbook Highlights. China, changing times in 3 the cradle of papermaking. Contents Foreword 1 Corporate News Highlights USA/Germany: Voith Appleton machine clothing. 55 Startups, orders on hand 2 Austria: World paper market The Andritz Group – partnering the Quo vadis newsprint? 5 pulp and paper industry 58 News from the Divisions Germany: Stock preparation: B+G Fördertechnik thirty years on 64 Membrane technology for the further close-up of paper mill water loops 14 Germany: Board and packaging Paper Machinery: pilot paper machine upgrade – Ortviken PM 4 – facing the future with tomorrow’s technology today 22 versatility 69 Paper Machinery: Latest generation of cylinder mould New names, new addresses formers – FloatLip former N, NO, S 28 Hunt & Moscrop: now Voith Sulzer Paper Machinery: Finishing Ltd., Manchester 72 Serang BM3/BM4 – the exemplary commissioning 30 Voith Sulzer Paper Technology: regional representation in Jakarta 72 Gap Former Technology: No. 26 DuoFormer CFD installation a success 37 Special awards for innovation and design Paper Machinery: New applications in multilayer Neusiedler Paper wins innovation technology 38 award with a revolutionary 3-layer headbox and NipcoFlex press 73 Paper Machinery: Brilliant Coating with JetFlow F – SPCI ’96 – impressive presence 73 data, facts, experience 44 Finishing: Advertisement of the year in Brazil 73 Econip – a new generation of deflection compensating rolls 48 China: Service: The changing origins of GR2 cover – next-generation paper – from hand-made performance leader 51 to machine-made 75 Cover picture: Ortviken – successfull start-up (see article on page 22). -
Corrugated Board Structure: a Review M.C
ISSN: 2395-3594 IJAET International Journal of Application of Engineering and Technology Vol-2 No.-3 Corrugated Board Structure: A Review M.C. Kaushal1, V.K.Sirohiya2 and R.K.Rathore3 1 2 Assistant Prof. Mechanical Engineering Department, Gwalior Institute of Information Technology,Gwalior, Assistant Prof. Mechanical Engineering 3 Departments, Gwalior Engineering College, Gwalior, M. Tech students Maharanapratap College of Technology, Gwalior, [email protected] [email protected] [email protected] ABSTRACT Corrugated board is widely used in the packing industry. The main advantages are lightness, recyclability and low cost. This makes the material the best choice to produce containers devoted to the shipping of goods. Furthermore examples of structure design based on corrugated boards can be found in different fields. Structural analysis of paperboard components is a crucial topic in the design of containers. It is required to investigate their strength properties because they have to protect the goods contained from lateral crushing and compression loads due to stacking. However in this paper complete and detailed information are presented. Keywords: - corrugated boards, recyclability, compression loads. Smaller flutes offer printability advantages as well as I. INTRODUCTION structural advantages for retail packaging. Corrugated board is essentially a paper sandwich consisting of corrugated medium layered between inside II. HISTORY and outside linerboard. On the production side, corrugated In 1856 the first known corrugated material was patented is a sub-category of the paperboard industry, which is a for sweatband lining in top hats. During the following four sub-category of the paper industry, which is a sub-category decades other forms of corrugated material were used as of the forest products industry. -
Paper Machine System Diagram
TMEIC Corporation Paper Machine System Diagram Paper Machine One-Line Press Section Head Box Forming Section Calender Dryer Size Reel Sections Press Driven roll Mechanical Components of Paper Associated Drive Control Concepts Regenerative Machine Drives Head Box / Fan Pump Fan pump drive control is typical for No The Paper stock at this point in the process is industrial pump loads. Variable 99% water and 1% fiber. The Fan Pump torque is required, increased speed forces the Paper stock through a set of means increased flow. nozzles in the head box onto the “wire” mesh. The fan pump speed is a major factor in the basis weight (caliper) and formation of the sheet of paper. Forming Section Forming section drives have a high No A typical flat former is a continuous rotating friction load due to the suction wire (today this is plastic) mesh that removes (normal forces) of the water through water from the paper by sucking it out of the wire mesh. This results in a high suspension. Multi-layer paper machines and normal running load, but a low paper board machines include additional acceleration load. forming sections (one forming section for each layer of paper). Press Section Press section drives also have a high No Rolls are nipped (pressed) together to load due to the strong forces in the nip squeeze the water out of the sheet of paper. between the rolls deforming the felts Multiple rolls are used with a felt (blanket) and roll. This results in a high normal supporting the sheet and accepting the water running load, but a low acceleration from the sheet. -
White Paper on Sublimation Technologies Rel
ATPCOLOR White paper on sublimation technologies Rel. 1.7 Different technologies for thesame purpose, whichis the best? 1) So called “traditional procedure” 2) Direct printing on fabric and sublimation subsequent on separate calender 3) Direct printing on fabric and sublimation subsequent in integrated system using hot air 4) Direct printing on fabric and sublimation subsequent in integrated system with contact calender Index Sublimation 3 Inks, Need to know 1 Washing 3 Inks, Need to know 2 Sublimation/Disperse 4 Inks, Need to know 2 temperature and humidity 5 Traditional Procedure 5 Advantages 5 Disadvantages 6 Risks during the printing phase/fixation 6 Direct printing on fabric, sublimation in separate calender 7 Advantages 7 Disadvantages 7 Risks during the printing phase/fixation 8 Direct printing on fabric and sublimation with hot air 8 Advantages 8 Disadvantages 9 Risks during the printing phase/fixation 9 Direct printing on fabric and sublimation, with contact calender 10 Advantages 10 Disadvantages 10 Risks during the printing phase/fixation 11 R.1.7 S E I ECHNOLOG T ON TI MA Sublimation I UBL Phase Transition S wikipedia.org/wiki/Sublimation ER ON P A P Using so-called “sublimatic inks”, inks that once The process requires a high chemical affinity E deposited on media (in most o cases paper), if between dye and polyester fiber and vice versa IT taken at high temperatures (200° C) because otherwise there would be a lack of pe- WH “sublimate” pass from solid to gaseous state netration, this explains why you can’t use without passing through the intermediate li- sublimatic inks for printing on other textile fi- quid state. -
Making Paper from Trees
Making Paper from Trees Forest Service U.S. Department of Agriculture FS-2 MAKING PAPER FROM TREES Paper has been a key factor in the progress of civilization, especially during the past 100 years. Paper is indispensable in our daily life for many purposes. It conveys a fantastic variety and volume of messages and information of all kinds via its use in printing and writing-personal and business letters, newspapers, pamphlets, posters, magazines, mail order catalogs, telephone directories, comic books, school books, novels, etc. It is difficult to imagine the modern world without paper. Paper is used to wrap packages. It is also used to make containers for shipping goods ranging from food and drugs to clothing and machinery. We use it as wrappers or containers for milk, ice cream, bread, butter, meat, fruits, cereals, vegetables, potato chips, and candy; to carry our food and department store purchases home in; for paper towels, cellophane, paper handkerchiefs and sanitary tissues; for our notebooks, coloring books, blotting paper, memo pads, holiday greeting and other “special occasion’’ cards, playing cards, library index cards; for the toy hats, crepe paper decorations, paper napkins, paper cups, plates, spoons, and forks for our parties. Paper is used in building our homes and schools-in the form of roofing paper, and as paperboard- heavy, compressed product made from wood pulp-which is used for walls and partitions, and in such products as furniture. Paper is also used in linerboard, “cardboard,” and similar containers. Wood pulp is the principal fibrous raw material from which paper is made, and over half of the wood cut in this country winds up in some form of paper products. -
Make Your Own Paper Students Investigate the Papermaking Process by Trying It Themselves
Make Your Own Paper Students investigate the papermaking process by trying it themselves. Students are Activity thrilled to find that they can make paper and that their product is practical, as well as beautiful. See the PLT website, www.plt.org, to watch a video of the paper-making 51 process used in this activity. Levels OBJECTIVE ASSESSMENT OPPORTUNITIES Grades 1-8 Subjects n Students will describe the steps of the paper- n Ask younger students to write the directions Science, Social Studies, making process and identify the elements and for making paper on the piece of recycled paper Language Arts, Visual Arts outputs of the process. that they made. n Concepts Have students use concept mapping, graphics software, or write a script for a n By reducing waste and recy- video that explains the papermaking process. cling materials, individuals and societies can extend the value and utility of resources and can promote environ- mental quality. (2.7) The process begins when trees, grown BACKGROUND Skills especially for papermaking, are harvested Observing, Organizing and transported to a paper mill. At the Information, Comparing and Paper is a simple material. It is essentially mill, large machines strip away bark and Contrasting a mat held together by a fiber’s rough- shred the logs into millions of chips the ness, and can be made from almost any size of breakfast cereal. The wood chips fibrous material such as cotton, hemp, travel on conveyors to gigantic “pulp Higher Order Thinking, Paired/ flax, wood or recycled paper. And yet, this Cooperative Learning, Realia/ cookers,” where chemicals and steam are Hands-on Learning simple product has a tremendous effect added. -
Pulp & Paper News
Pulp & Paper 21 Perspectives in Liquid Process Analytics News INGOLD Leading Process Analytics Streamline Your Processes with the New iSense Software Intelligent Sensor Management (ISM®) technology is helping pulp and paper mills the world over to increase process reliability, reduce sensor lifecycle costs, and simplify sensor handling. With the new iSense software for ISM sensors, realizing the benefits of digital sensor technology is easier than ever. Significant benefits lytical equipment the more efficient will Analytical measurements are going digi- be your processes. tal. The advantages offered by the latest, cutting-edge in-line sensors and transmit- iSense, the accompanying software for ters, such as greater process quality and ISM, streamlines all your sensor activities. yield, reduced sensor maintenance, and It provides highly valuable features such simplified sensor handling, are hard to as sensor calibration away from the pro- ignore. cess, electronic documentation, instant evaluation of a sensorʼs “health”, and ISM, METTLER TOLEDOʼs digital sensor predictive information on when mainte- technology, has transformed the way ana- nance will be required. The latest version lytical sensors are handled and main- of iSense enables seamless management tained from first installation to end of life. of ISM sensors and delivers exceptional ISM offers a level of performance and usability. convenience that is not available with other systems. It is easier with iSense Spending hours learning new software is Convenience is the key a costly use of operator time, so we have Whether in production or in the lab, the made iSense extremely intuitive to greater the convenience provided by ana- operate. For a new sensor, just connect the Blue- tooth® communicator supplied with the software. -
Conservation of Coated and Specialty Papers
RELACT HISTORY, TECHNOLOGY, AND TREATMENT OF SPECIALTY PAPERS FOUND IN ARCHIVES, LIBRARIES AND MUSEUMS: TRACING AND PIGMENT-COATED PAPERS By Dianne van der Reyden (Revised from the following publications: Pigment-coated papers I & II: history and technology / van der Reyden, Dianne; Mosier, Erika; Baker, Mary , In: Triennial meeting (10th), Washington, DC, 22-27 August 1993: preprints / Paris: ICOM , 1993, and Effects of aging and solvent treatments on some properties of contemporary tracing papers / van der Reyden, Dianne; Hofmann, Christa; Baker, Mary, In: Journal of the American Institute for Conservation, 1993) ABSTRACT Museums, libraries, and archives contain large collections of pigment-coated and tracing papers. These papers are produced by specially formulated compositions and manufacturing procedures that make them particularly vulnerable to damage as well as reactive to solvents used in conservation treatments. In order to evaluate the effects of solvents on such papers, several research projects were designed to consider the variables of paper composition, properties, and aging, as well as type of solvent and technique of solvent application. This paper summarizes findings for materials characterization, degradative effects of aging, and some effects of solvents used for stain reduction, and humidification and flattening, of pigment-coated and modern tracing papers. Pigment-coated papers have been used, virtually since the beginning of papermaking history, for their special properties of gloss and brightness. These properties, however, may render coated papers more susceptible to certain types of damage (surface marring, embedded grime, and stains) and more reactive to certain conservation treatments. Several research projects have been undertaken to characterize paper coating compositions (by SEM/EDS and FTIR) and appearance properties (by SEM imaging of surface structure and quantitative measurements of color and gloss) in order to evaluate changes that might occur following application of solvents used in conservation treatments. -
Paper History
Volume 14, Year 2010, Issue 1 PAPER HISTORY Journal of the International Association of Paper Historians Zeitschrift der Internationalen Arbeitsgemeinschaft der Papierhistoriker Revue de l’Association Internationale des Historiens du Papier ISSN 0250-8338 www.paperhistory.org PAPER HISTORY, Volume 14, Year 2010, Issue 1 International Association of Paper Historians Contents / Inhalt / Contenu Internationale Arbeitsgemeinschaft der Papierhistoriker Letter from the President May 2010 3 Lettre de la présidente de l’IPH – may 2010 3 Association Internationale des Historiens du Papier Brief der IPH-Präsidentin, Mai 2010 4 Important plan for the reco-very of several papermills on the Amalfi Coast 5 Pulp and Paper on Stamps 8 Le congrès à Angoulême 16 IPH Assemblée générale, Angoulême (France), 9 octobre, 2010 17 Information from delegates 20 General information 23 Orbituaries 24 Guidelines for authors 26 Editor Anna-Grethe Rischel Complete your paper historical library now! Denmark Ergänzen Sie jetzt Ihre papierhistorische Co-editors IPH-Delegates Bibliothek! Maria Del Carmen Hidalgo Brinquis Completez aujourd’hui votre bibliothèque de Spain l’Histoire du papier! 27 Dr. Claire Bustarret France Prof. Dr. Alan Crocker United Kingdom Dr. Józef Dąbrowski Poland Jos De Gelas Belgium Deadline for contributions each year 15. March and 15. September Elaine Koretsky USA Paola Munafò Italy President Anna-Grethe Rischel Dr. Henk J. Porck Präsident Stenhøjgaardsvej 57 The Netherlands President DK - 3460 Birkerød Prof. Dr. Gottfried Schweizer Denmark Austria tel + 45 45 816803 [email protected] Prof. Dr. Tomas Stohr Venezuela Secretary Dr. Sabine Schachtner Göran Wohlfahrt Sekretariat LVR-Industriemuseum Sweden Secrétaire Papiermühle Alte Dombach Lay-out Karen Borchersen D- 51465 Bergisch Gladbach The School of Conservation Germany Esplanaden 34 tel + 49 2202 936880 DK – 1263 Copenhagen K [email protected] Denmark [email protected] Treasurer Alphonse Radermecker Printer Prinfo Paritas Printcenter Kassier Hochstr.