Xerox 12 manual About Paper

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ABOUT PAPER

Grain Direction – The grain of a paper is the direction in which most of the fibers lie. During the paper-making process, the majority of the paper fibers align parallel with one another. Depending on how the paper is cut to its finished size, it will be either grain-long (the grain is parallel to the longer dimension of the paper), or grain-short (the grain is parallel to the shorter dimension of the paper).

One method used to determine the grain is to fold a sheet of paper lengthwise, then make a crosswise fold. Compare the two folds. Paper folds smoothly with the grain. Cross-grain folds tend to be rough and cracked.

Another method you can use to determine the grain direction of a sheet of paper is to tear the sheet widthwise. Paper always tears straighter with the grain.

Grain direction is critical when running papers heavier than 120 g/m2 in the copier/printer. These papers must be loaded in the (Also Called Tray 5) with the grain direction parallel to the leading edge of the sheet.

Hint: Choose short grain papers when printing documents with images that cross over folds (i.e. brochure applications).

 

Contact your local authorized Xerox distributor, or call Xerox at 1-800-822-2200 in the USA,

 

or 1-800-668-0199 in Canada for our full line of media.

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COLOR MATERIALS USAGE GUIDE

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Contents Color Once YOU’VE Made Your First Smart Decision Make the Next Contents How to Order Paper like a Pro Usage Guidelines for Xerox Color Copiers and PrintersAnswers to these question and more IntroductionMaking the best decision Papers for today’s businessAbout this guide SymbolsTerminology Fundamentals of Paper Why do we produce so many documents?About Paper Let’s take a look at the papermaking machinesWhat Happens When Dry Ink Meets Paper When dry ink meets paperImportant Paper Properties for Color Xerography Paper influences on document qualityAbout Paper About Paper About Paper About Paper Optical paper qualities that influence image quality Reliability Paper feeding hints Electrical properties conductivity and resistivity Moisture contentSurface strength Friction coefficient Paper Storage Temperature and humidity StackingConditioning paper Coated paper and xerography Why Paper Doesn’t Always Work the Way it ShouldCoated paper and offset Moisture and xerographyOffice laser printing Technology and PaperDigital production printing Office digital copying and printingXerox Papers and Xerox Digital Copier/Printers How paper is categorized in the USA and Canada How to Order Paper like a ProBusiness papers Uncoated book Book papersPremium text Coated bookIndex CoverSpeciality materials Features Surfaces Names Inches Lbs Mils Xerox paper Types of PaperXerox NeverTear Equivalent Paper Weights BoardApplications for Paper Book Papers Cover IndexTerms used to describe paper weight How Paper is Measured in Terms of Weights and SizesWays paper can be ordered Paper sizes in the USA and Canada Series International Standards Organization ISO paper sizesRA Series SRA Series Smooth finishes How to Select the Right Texture/FinishRough finishes How to Specify Paper How to Cut Your Costs Ten ways to keep your costs downUsage Guidelines for Xerox Color Copiers and Printers Standard or Normal Weight Papers UncoatedDescription and expectations Heavy-Weight Papers Hints, tips and testing resultsCoated Papers Hints, tips and testing results Usage Guidelines for Xerox Color Copiers and Printers Recycled Papers Hole-Punched Papers Pressure-Sensitive Labels Preprinted Papers Single-Step Transfer Paper Transparencies Usage Guidelines for Xerox Color Copiers and Printers This page is intentionally blank Glossary Equivalent weight Dimensional stabilityEquilibrium Moisture content CartonFinish Heavy weight paperFine papers FormationLeaf Lightweight paperLaser bond Lead edgePrintability ResolutionSubstance weight Publishing paperTrail edge Wire sideText paper Translucent papersTo learn more Next Generation of Color Documents is Here