This document provides tips for printing on MagneCote magnetic paper using sheetfed offset printing. Some key points include keeping the paper wrapped until acclimated to the pressroom humidity, using standard inks, cleaning sensors before printing, adjusting feeder lifts and vacuum levels for feeding, and limiting drying and curing temperatures to avoid melting the magnetic coating. The full document provides additional details on specific press settings and considerations for running MagneCote magnetic paper.
Though various sources are available these days for powder coatings. But the thing is to get the best option in terms of technical strength and durability along with economy calculated. C&C Coatings has been choice of these days due to its experience in this field. Get best surface finish, scratch resistance and superior quality wear resistance with this coating. The coating thickness varies according to demand of the situation.
Though various sources are available these days for powder coatings. But the thing is to get the best option in terms of technical strength and durability along with economy calculated. C&C Coatings has been choice of these days due to its experience in this field. Get best surface finish, scratch resistance and superior quality wear resistance with this coating. The coating thickness varies according to demand of the situation.
Optical storage refers to a class of data storage systems that use light to read or write data to an underlying optical media. Although a number of optical formats have been used over time, the most common examples are optical disks like the compact disc (CD) and DVD. Reading and writing methods have also varied over time, but most modern systems as of 2023 use lasers as the light source and use it both for reading and writing to the discs.[1] Britannica notes that it "uses low-power laser beams to record and retrieve digital (binary) data."[2][3]
Writable optical data carriers
Overview
edit
Optical storage is the storage of data on an optically readable medium. Data is recorded by making marks in a pattern that can be read back with the aid of light, usually a beam of laser light precisely focused on a spinning optical disc. An older example of optical storage that does not require the use of computers, is microform. There are other means of optically storing data and new methods are in development. An optical disc drive is a device in a computer that can read CD-ROMs or other optical discs, such as DVDs and Blu-ray discs. Optical storage differs from other data storage techniques that make use of other technologies such as magnetism, such as floppy disks and hard disks, or semiconductors, such as flash memory.
Optical storage in the form of discs grants the ability to record onto a compact disc in real time. Compact discs held many advantages over audio tape players, such as higher sound quality and the ability to play back digital sound.[4] Optical storage also gained importance for its green qualities and its efficiency with high energies.[5]
Optical storage can range from a single drive reading a single CD-ROM to multiple drives reading multiple discs such as an optical jukebox. Single CDs (compact discs) can hold around 700 MB (megabytes) and optical jukeboxes can hold much more. Single-layer DVDs can hold 4.7 GB, while dual-layered can hold 8.5 GB. This can be doubled to 9.4 GB and 17 GB by making the DVDs double-sided, with readable surfaces on both sides of the disc. HD DVDs were able to store 15 GB with a single-layer and 30 GB with a dual-layer. Blu-ray discs, which won the HDTV optical format war by defeating HD DVDs, can hold 25 GB for single-layer, 50 GB for dual-layer and up to 128 GB for quad-layer discs. Optical storage includes CDs and DVDs.
This paper will present a rigorous method for evaluating the performance and economic benefits of solder paste stencil nano-coatings. Criterion such as underside cleaning, bridging, transfer efficiency across SARs, solder paste deposit geometry, post-print cleaning, and abrasion resistance of the coating, will all be considered and weighted. Performance of currently available coatings will be compared. A discussion of the economic impact on current and future SMT design will be included.
Optical storage refers to a class of data storage systems that use light to read or write data to an underlying optical media. Although a number of optical formats have been used over time, the most common examples are optical disks like the compact disc (CD) and DVD. Reading and writing methods have also varied over time, but most modern systems as of 2023 use lasers as the light source and use it both for reading and writing to the discs.[1] Britannica notes that it "uses low-power laser beams to record and retrieve digital (binary) data."[2][3]
Writable optical data carriers
Overview
edit
Optical storage is the storage of data on an optically readable medium. Data is recorded by making marks in a pattern that can be read back with the aid of light, usually a beam of laser light precisely focused on a spinning optical disc. An older example of optical storage that does not require the use of computers, is microform. There are other means of optically storing data and new methods are in development. An optical disc drive is a device in a computer that can read CD-ROMs or other optical discs, such as DVDs and Blu-ray discs. Optical storage differs from other data storage techniques that make use of other technologies such as magnetism, such as floppy disks and hard disks, or semiconductors, such as flash memory.
Optical storage in the form of discs grants the ability to record onto a compact disc in real time. Compact discs held many advantages over audio tape players, such as higher sound quality and the ability to play back digital sound.[4] Optical storage also gained importance for its green qualities and its efficiency with high energies.[5]
Optical storage can range from a single drive reading a single CD-ROM to multiple drives reading multiple discs such as an optical jukebox. Single CDs (compact discs) can hold around 700 MB (megabytes) and optical jukeboxes can hold much more. Single-layer DVDs can hold 4.7 GB, while dual-layered can hold 8.5 GB. This can be doubled to 9.4 GB and 17 GB by making the DVDs double-sided, with readable surfaces on both sides of the disc. HD DVDs were able to store 15 GB with a single-layer and 30 GB with a dual-layer. Blu-ray discs, which won the HDTV optical format war by defeating HD DVDs, can hold 25 GB for single-layer, 50 GB for dual-layer and up to 128 GB for quad-layer discs. Optical storage includes CDs and DVDs.
This paper will present a rigorous method for evaluating the performance and economic benefits of solder paste stencil nano-coatings. Criterion such as underside cleaning, bridging, transfer efficiency across SARs, solder paste deposit geometry, post-print cleaning, and abrasion resistance of the coating, will all be considered and weighted. Performance of currently available coatings will be compared. A discussion of the economic impact on current and future SMT design will be included.
1. the greener magnet
Visit www.MagneCote.com for
information on these topics and more: POCKET GUIDE
» Back Printing MagneCote is a magnetic printing
®
» Binding and Inserting paper made by coating high gloss
» Additional Coatings on MagneCote face sheet using a patented
» Dry Erase magnetic coating process.
» Foil Stamping and Embossing
» Folding
9 Point 11 Point 13 Point 17 Point
» Laminating
» Padding and Gluing Brightness 92.5 (ISO) 92.5 (ISO) 92.5 (ISO) 92.5 (ISO)
» Perfing and Die Cutting 90 (GE) 90 (GE) 90 (GE) 90 (GE)
» Environment Gloss 74 74 74 74
» Outdoor Applications
Caliper* 9.2 Points 11.2 Points 13.1 Points 17 Points
Basis Weight 312# 419# 465# 609.78#
(U.S. Basis Size: 25x38)
For more information, visit www.magnecote.com
or call Technical Services at 866-731-0728. Opacity 99+ 99+ 99+ 99+
Shade Blue-White Blue-White Blue-White Blue-White
the greener magnet Sizes Available 8.5 x 11 8.5 x 11 8.5 x 11 24 x 19
12 x 18 12 x 18 12 x 18 SRA2
MagnetNotes, Ltd. 24 x 19 20 x 14 23 x 35 SRA3
4221 W. Alexis Rd. SRA2 24 x 19 24 x 19
SRA3 SRA2 SRA2
Toledo, OH 43617
SRA3 SRA3
Ph: 866-731-0728
2. Sheetfed Offset Printing Tips
MOISTURE: Keep product in protective wrapping PAPER FEED DIRECTION: feeds in either direction.
until acclimated to pressroom humidity. Cover skids Determine direction by form layout and press
of printed and converted product to prevent limitations for maximum efficiency.
moisture changes.
P SENSOR: photo eye must be on and uncovered.
TEMPERATURE: above 120° F may cause melting
DOUBLE SHEET DETECTOR: electronic off/manual on.
of magnetic coating.
SIDE GUIDE: photo eye on, cut-out of one guide only.
INK: uses standard inks.
RF/LF SENSORS: photo eyes on (can turn off).
SPRAY POWDER: 30% more recommended. If
Some presses unable to turn off.
aqueous coating is used, spray powder is not needed.
SENSORS BETWEEN UNITS: missing sheet
FEEDING – FIRST TIME: advance one sheet by hand
detectors must be on and clean.
to identify areas where metal attracts the sheet. If
found, cover with another sheet of MagneCote® or RUNNING SPEEDS: Minimum/maximum determined
other material thick enough to reduce magnetic pull. by press operator. Test slow speeds first, then increase
gradually.
NEXPRESS: call 866-731-0728 for a free shield that
makes feeding easy. SUCTION SLOWDOWN WHEELS: normal operating
conditions. Adjust as necessary.
FEEDING: fan sheets to separate and keep feeder
lifts to minimum weight. May need to increase feeder IR DRYERS/UV LAMPS: use lowest possible drying
pump or vacuum levels. and curing temperatures/rates. High temperatures can
melt magnetic material to grippers, especially in an
SENSORS: Clean sensors before printing. Also,
extended delivery.
the black background may cause sensor problems.
Do not turn off the double sheet sensor. Consult the DELIVERY PILE HEIGHTS: Limit number of sheets
press manufacturer. per lift as determined by finish, racking, weight, and
spray powder settings.
MAKE READY: off impression, use 10 pt or 12 pt
C2S as make ready sheets to adjust color and register
before running MagneCote®. the greener magnet