HEAD OFFICE

Shin-Ochanomizu Building, 15th Floor, Kanda-Surugadai 4-3Chiyoda-ku, Tokyo 101-0062, JAPANPhone: +81-3-5281-0813 Fax: +81-3-5281-0819

Kashima Factory

23 Towada, Kamisu-shi, Ibaraki 314-0102, JAPANPhone: +81-299-96-2931 Fax: +81-299-96-5099

Printed in Japan/Printed on ULTRAYUPO® FEB150©2009 YUPO CORPORATION NO.11 11.2010 5,000 SI&MU&KY/JB

http://www.yupo.com

Kashima Factory is registered "ISO 9001" (Registered NO.JCQA-0124)&"ISO 14001" (Registered NO.JCQA-E-00125)

November 2010

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S T U R D Y , S H A R P A N D S U P E R I O RYUPO® IS AN ADVANCED PAPER KNOWN FOR ITS WATER RESISTANCE, BENDING STRENGTH AND TEAR RESISTANCE. ALTHOUGH YUPO®APPEARS TO BE EITHER PAPER OR FILM,BUT IN ACTUALITY IT IS A SYNTHETIC PAPER MADE FROM POLYPROPYLENE. IT WAS FIRST BORN IN �970 AND IT HAS CONTINUALLY EVOLVED TO TODAY BY MEETING THE DEMANDS OF GENERAL GRAPHICS, MAP, PACKAGING, LABELS, BAGS, SPECIALTY PAPER, AND COMMUNICATION PAPER. YUPO® WITH PAPER LIKE FEEL AND ITS SUPERIOR COLOR REPRODUCTION WILL FURTHER EXPAND EVERY POSSIBILITY OF PAPER .

S Y N T H E T I C S O L U T I O N S .B E T T E R T O M O R R O W.

Y UPOR Gr e e n

It is by design that the world leader in the manufacture of synthetic paper has evolved to create products that preserve our planet’s resources. We have instituted clean processes and continue to implement new programs to increase recycling initiatives for end users and manufacturers alike. These endeavors, principles and processes we establish as YUPO®Green. Under the YUPO®Green umbrella, we will continue to move forward to preserve our forests, protect our waters, and develop efficient products that will pave an ecologically sound path for our children and generations to come.

Orange is the new green.

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YUPO®’s production line is completely computer controlled, guaranteeing reliable productivity. The highest quality is assured through cutting-edge equipment and repeated testing. Through extensive research and development, and our commitment to improved manufacturing techniques, we have been able to innovate many grades of synthetic papers and implement processes that are far cleaner than those associated with pulp paper manufacturing.

As we move forward with this vibrant YUPO®Green initiative, we encourage you to explore our ongoing endeavors to bring more efficient, eco-friendly products to the tree-free synthetic stage. We commit to the exploration of new programs that will increase consumer awareness and access to YUPO®’s recycling processes. As employees and as a corporation, we strive to live up to the standard we established with the creation of our logo - to find a harmonious balance between the sun, universe and humankind.

■ 100% tree-free, conserving natural resources ■ No ozone-threatening emissions result from our 　

manufacturing processes ■ Recognized for excellence in handling and discharge

of wastewater ■ 100% recyclable ■ Proper recycling generates no sulfur, chlorine,

nitrogen or dioxin gases ■ Internal processes are reviewed at every level

of our company to maximize environmental stewardship ■ Very little water is used in the creation of YUPO® ■ YUPO® products stay out of the waste stream longer ■ Trim created during the manufacturing process is recycled

and reintroduced in the productionof other YUPO® products■ YUPO® is free of toxins and heavy metals and contains

no softening agents

YUPO® SYNTHETIC PAPER

A state-of-the-art facility for world-renowned synthetic papers.

YUPO®Green today. Greener tomorrow.

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Manufacturing process that made strengthpossible by the core layer and paper likecharacteristics by the surface layer.

■ Raw MaterialsPolypropylene Resins, Inorganic Fillers, Additives.

■ ProductionBiaxial stretching method creates innumerable micro-voids which give opacity, and whiteness by diffused light reflection.

Stretch in theMachine Direction

Stretch in theCross Direction

SURFACELAYER

SURFACELAYER

CORE LAYER1

2

3

PELLETIZINGRAWMATERIALS

ADDITIVES

PELLET

MD

CD

Core Layar

Micro-void

Micro-void

Surface Layar

Surface Layar

■ StructureYUPO® is a multi-layer product, where its strength comes from the core layer and its paper-like appearance comes from the surface layer. YUPO® has a grain direction opposite to that of natural paper.

PELLET

EXTRUDER

Raw Materials & Production of YUPO®

Structure of YUPO®

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SLIT EDGE

SLIT EDGE

CRUSHING TRIM EDGE

FINISHING

SHEETSREEL WINDING

Surface an

d C

ross S

ection

3-D

Surface S

hape Draw

ing

SLIT EDGE

YUPO® FPG Coated Paper Wood-free Paper

RECYCLEDPROCESS

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Strong against the weather elements.The difference frompaper is evident in outdoors.

YUPO®,with its strength, waterproofness, durability, high opacity and high print quality offers many outstanding advances for the general graphics applications that are used mainly in outdoor environment.

General Graphics【Usage Example】

● Outdoor posters● Banner● Store front hanging banner● Swing talkers● Pamphlets● Menus at Restaurants/Inns

● Back-light posters● Outdoor signboards● Various POP● Catalogues● Luncheon mats● Mouse pad etc.

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YUPO®,with its surface smoothness, water-proofness, toughness and its appearance is ideal for publications, maps and other specialty areas.

● Magazine Insert● Book text● Children's book● Books that needs water-proofness● Book cover● Book insert● Page marker● Guide book● Mountain maps

● Tourist maps● Road maps● Air/Nautical 　 navigation maps● Event give-away maps● Business map● Hiking maps● Hazard area map● Government related maps● Train route maps etc.

Publication and Maps【Usage Example】

7

YUPO®

has strength and beautythat stands out in everyday scenarios.

YUPO® has moisture resistance, boi l ing resistance and resistance to oil and grease that complies with various requirement for packaging applications. Now with α-YUPO®, we are also expanding to the area of thicker materials.

● In-mold label (Injection, Blow-molding)● Label for containers for food, drink, chemicals, paint, etc.● Food labels● Labels for composite container● Header labels

● Flower & Plant tags● Bacon trays● Airproof bags● Over wrappings● Wrapping paper● Binding tapes● Blister pack● Bottle neck hangers etc.

Packaging【Usage Example】

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YUPO®,with its high print quality, toughness, water-proofness and environment friendliness is ideal for face material of self adhesive labels.

● POP stickers● Labels for automotive assembly● Labels at construction site● Labels for chemicals● Labels for promotional campaigns ● Labels for household electric appliances　

● Labels for food● Labels for medicine● Labels for toys● Labels for manufacturing process control● Labels for traffic control● Caution labels etc.

YUPO®,with high print quality, toughness, water-proofness is ideal for the material of bags.

● Shopping bags● Bags for haute couture shops● Special designed bags● Envelopes● Bag for chemicals

● X-ray bags● Courier bags● Various preservation bags etc.

《CAUTION》Please use necessary measures such as varnish, PP-lamination, etc., as needed.

Self Adhesive Label【Usage Example】

Paper Bags【Usage Example】

9

From specialty paper tocommunication paper,YUPO

®

can satisfy a wide variety of needs.

YUPO®,with its excellent characteritsics has successfully been used for wide variety of creative special applications.

● Ballot paper● Golf score card● Guide book for golf course● Ski lift tickets● Tags● Field notebook● Blood examination mounts● Construction materials● Various manuals

● Business card● Sign board● Clock face● Battery insulation paper● Various cards● Index and map for system diary● Medical Crisis tags● Various tickets (Season t ickets) etc.

Special Application【Usage Example】

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YUPO® is dimensionally stable waterproof,resistant to chemicals, dust free, smooth, white and clean. Provides many outstanding advantages for the fields of latest technology.

● Diazo copy paper● Second originals● Thermal papers　 (for clean room, bar-code 　label or video printer)● Computer forms● Various clean room uses● Drawing paper● Plotter papers● Business form papers

● Dye-sublimation printable paper● Ink Jet paper　 (Aqueous Pigment, Aqueous Dye, Solvent-base)● Laser printer paper　 （Flash Fusion Type）● Non-carbon paper● Non-impact printer paper etc.

Communication Paper【Usage Example】

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Sheet Offset Printing 〜 Tips for FPG grades 〜

The top and bottom YUPO® sheet which have been kept contact with the cardboard packing sheet of each pack should be discardred.Wrapped YUPO® should be brought into press room at least one day before printing in order to aclimatise to the press room temperature and avoid moisturecondensation.

The relative humidity at the machine should be maintained at not less than 50 % to minimize electrostatic problem.

● FeederUnwrapped YUPO® sheets should be fanned before stacking to ensure smooth feeding. Folding is prohibited. The stacking should not be loaded more than 5,000 sheets at one time.● Abrasions and MarksThe followings are recommended:To avoid sucker marks, minimize the suction pressure and/or cover the rubber part of the sucker with cloth tape.To avoid wheels and brush marks, move them away from the image area or cover them with either PP tape or cloth tape.● PlatesPre-sensitized (PS) Plates are recommended.● Press SettingPrinting pressure should be maintained as same as natural pulp based papers. The blanket will sometimes show whitening which comes from the inorganic fillers in YUPO® and normally has no effect on print quality. A blanket wash-up is necessary only when the build -up affects print quality.

※ You can reduce the paper

dusting problem significantly

by using“SUPERYUPO® FRB”

or “ULTRAYUPO® FEB”.

Spray powder should be used and it should be of the hydrophilic type(i.e.having an affinity for water, but not soluble). Soluble or water -repellent powders are not suitable. Powder should be used 30-50 % more than amount used on coated papers. The particle-size of 10-20 microns of the powder is recommended.● It is suggested 1) Sheets should be racked in piles of 500- 1,000 sheets.2) Air-pressure and jogging should be reduced to a minimum.3) Sheets should not be subjected to impacts or shocks.4) Humidity at delivery should be kept over 50% at least to avoid static problem.

As YUPO® is not absorbent, drying will take longer than with paper.

【Typical drying times】1 color → 6 〜 8 hours2 color → 7 〜 10 hours4 color → 10 〜 16 hours

Inks must be specially formulated for YUPO®

Synthetic Papers and consist of 100 % solids, contain less than 3 % mineral oil, and dry by oxidation.Major ink manufacturers have tested YUPO® and most have a suitable ink. Please consult with your ink manufacturer.

Although most of the conventional printing processes available can be used for printing on YUPO®, we recommend you to perform preliminary tests before use. Conventional Sheet-Fed Offset, Rotogravure, Silk Screen, Business Form and Rotary Letterpress are most commonly used for printing on YUPO®.

1 Pre-Press Handing

2 Press Room Condition

3 Printing Conditions

4 Delivery (Avoiding Set-off)

5 Drying

6 Inks

7 Other Printing Methods

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● Sheet characteristics ・Can use ordinary inks.・Extremely fast ink drying.・Excellent dot reproduction and fine glossy finish.・Specialized for one-sided printing.※ The side when opened (glossy side) is the

printing side.● CautionsSee above“Sheet Offset Printing 〜 Tips for FPG grades 〜”for cautions regarding basic printing operation.● Printing inks★ FRB…Use standard inks.★FRR…Choose inks according to the ink

coverage for the job.［When printing with up to 400% ink coverage］Use low solvent inks (inks for special papers, etc.)

Sheet Offset Printing 〜 Tips for SUPERYUPO® (FRB/FRR) 〜

［When printing with up to 200% ink coverage］Standard inks can be used.※ Use inks suited to your performance

requirements for durability, etc.● Key pointsDampening water adjustments: Restrict dampening water as much as possible to the point just before the plates are affected by scumming. Do this particularly for the first cylinder.Inks that require cautionａ）Inks that set quicklyｂ）High tack inks (especially in winter)

● Cautions for printing The same inks are used as for YUPO® FPG, but be sure to consult your ink supplier first.

● Sheet characteristics・Use YUPO® formulated inks or synthetic paper inks.・Ink drying is faster than FPG.・Dot reproduction and dot gain characteristics are better than FPG.・Excellent glossy finish.● CautionsSee avobe“Sheet Offset Printing 〜 Tips for FPG grades 〜”for cautions regarding basic printing operations. See the“ULTRAYUPO® (FEB)”catalog for a summary of grades.● Printing inksUse YUPO® inks or synthetic paper inks. ★ Drying times 100% ink coverage: 1 to 2 hours200% ink coverage: 2 to 3 hours300% ink coverage: 3 to 5 hours400% ink coverage: 5 to 7 hours　　

Sheet Offset Printing 〜 Tips for ULTRAYUPO® (FEB) 〜

● Key pointsDampening water adjustments…Restrict dampening water as much as possible to the point just before the plates are affected by scumming. Do this particularly for the first cylinder.Caution about ink tack in cold seasons…Lower the ink tack for cold inks.A m o u n t o f p o w d e r … T h i s p a p e r h a s improved setoff properties compared to FPG, but slightly more powder should be used than for coated papers.Delivery pile boards…Suitability is about the same or slightly better than for FPG.Two-sided printing…Print the side with the heaviest ink coverage first, then print the other side soon (within 24 hours) after drying.

● Cautions for printing The same inks are used as for YUPO® FPG, but be sure to consult your ink supplier first.

1 Offset Printing

2 Screen Printing

1 Offset Printing

2 Screen Printing

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Finishing　　& Disposal

1. Always use a sharp blade. 2. Expel air from between the sheets.

3. Pile height of 15cm maximum is recommended.4. For α YUPO®,keep the pile below 10cm.

Binding

Trimming

Die Cutting

Drilling

Folding

Perforating

Binding

Laminating

Cautions concerning binding

Grain direction

Wet Lamination

Dry Lamination

Guillotining

Post-press　

● Adhesive binding

1) Perform deeper “roughing” than that for paper.　　　　　　

2) EVA hot melt is suitable as an adhesive. If the temperature of the hot melt

is too high, YUPO® may be affected by distortion, so use a setting of around180°C.

★“Notch binding ／ burst binding”is very suitable

● Ultrasonic sealin

Used for jobs with few pages (Up to approx. 16P at 200μm).

● Loose leaf

● Spiral wire binding

● Saddle stitching

Avoid using YUPO® as a cover sheet or an inserted page if it is to be bound together with ordinary papers as curling or distortion can occur.

Align grain direction parallel to vertical as for ordinary papers.

Emulsion adhesive of Vinyl Acetate type or EVA type.

Solvent type adhesive or Reactive Adhesive.

Corners should be round. Sharp corners could start a tear.

1. YUPO® is easily folded along the grain direction.2. FPG95 is the most suitable grade for folding among YUPO® grades.3. Setting the Folding Machine. 　　　1) Roll pressure should be set at the maximum. 2) Roll pressure should be set balanced evenly at both ends of a roll.　　3) YUPO® should be exactly fed at right angle.

Perforation can run either with or across the grain, but its tearing characteristics will differ so adjustments to the blade is necessary.● Across Grain Direction：Below 0.5mm ／ CUT…2 〜 3mm● With Grain Direction：Below 0.8 〜 1.0mm ／ CUT…2 〜 3mm

1. Sharp drill should be used.2. The maximum thickness of the pile is recommended to be 25mm.3. The intervals should be taken longer for drill to cool down.4. Make sure to bleed the air out sufficiently before drilling.

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● Disposing and recycling

・When disposing of YUPO® as ordinary household waste, be sure to follow the applicable local regulations for disposing of plastics.

・When processing YUPO® as office waste, be sure to process it as an industrial waste.

・When disposing of large amounts of YUPO®, the following reuses are possible.

【Reuse as a solid fuel】

YUPO® to be disposed of such as used pamphlets and the like can be reused as a resource for thermal energy as a recycled plastic fuel (RPF). The polypropylene resin used as a raw material for YUPO® consists of carbon and hydrogen, so when incinerated with sufficient oxygen it becomes carbon gas （CO2） and water （H2O） without producing any chlorine gases or nitrogen oxide.

【Reuse as a recycled resin】

Collected waste sheets and cutoffs can be reused as a raw material for recycled resin products such as flowerpots, seedling trays, and stakes.

Disposing 　　　of YUPO

® 〜 YUPO® is an environmentally friendly　material and can be safely incinerated 〜

Adhesives Shopping Bag

Envelope

Memo Pad

Label for GlassBottle or Can

Poster

Perfect Binding

YUPO®Approx about 7,200　　Coal　　 8,000 to 8,500Oil 　　　　 　　 9,600Polyethylene　　 　 11,000 ※ Kcal/kg

Comparison chart for combustion

Post-press　

EVA Emulsion or Double Face Tape

EVA Emulsion (Strip Gluing is recommended) or Hot Melt

EVA Emulsion or Double face Tape with thick adhesive layer.(to Wooden board or Concrete)

EVA Hot Melt

● Side by Special Machine：Hot Melt or Solvent type

● By manual：EVA Emulsion or Double Face Tape

● Bottom by Special Machine：EVA Emulsion

EVA Emulsion or Hot Melt

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Grade　of YUPO

®

Grade Name Caliper (μm） Sheet Sheet/pack Reel Note

● ULTRAYUPO® FEB 95,110,130,150 ● 250 ●(Fast drying when printed with ink for synthetic paper; can be used either for regular Offset or UV Offset.） 200,250,300 ● 125 ●

● SUPERYUPO® FRB 110,130 ● 250 ●(For Offset printing with ink for normal pulp-based paper. One-side printing only.) FRR 70 ● 250 ● Maximum of

200% coverage

● General YUPO® FPG 60 ● 500 ●

80,95,110,130150 ● 250 ●

200,250,300 ● 125 ●

● YUPO®　UV Silk screen/UV inkjet FPU 130 − ●

200,250 ● 125 ●

● YUPOBlue® YPBL 150 ●※ 1 250 − ※ 1…460mm × 320mm

(Certified at RIT for HP Indigo)

200, 250, 300 ●※ 2 125 − ※ 2…460mm × 320mm

● YUPO® High Gloss GFG 110 ● 250 −

● YUPOTRACE®　 TPRA 60 ● 500 ●（Translucent）

90 ● 250 ●

● YUPO® Back Light BLR 150 ● 250 ●(Poster Grade)

BCR 160 ● 250 −

● YUPOCLEAN® CFG 80 ● 250 ●

● Face Stock of Sticker Label Grade(TTR / Removable Type)

SGP 80 − − ●

● Face Stock of Sticker Label Grade(General / Removable Type)

SGS 60,80,110 − − ●

● AQUAYUPO® LAR 75 − − ●(Absorbs water on the back side;can be used for glue label)

95 ● 250 ●

● YUPO Octopus®　 (Micro Suction Grade)

(Offset / Conventional ink)

WKFS 340 ● 100 ● Please inquier about other size.

● YUPO Octopus®　 (Micro Suction Grade)

(UV screen, inkjet/ UV ink)

WKU 310 ● 100 ●

● YUPO Octopus®　 (Micro Suction Grade)

(Water based inkjet / Aqueous pigment ink)

WKJ 250 − − ●

● YUPO Octopus®　 (Micro Suction Grade)

(Eco-solvent inkjet / Eco-solvent ink)

XAD1053 210 − − ●

※ 939mm × 636mm　 469mm × 636mm ※ 970mm ～ 1270mm × 30m or 300m

※ 970 ～ 1270mm × 20m or 30m

※1270mm × 20m

※～ 1270mm ×～1600mm

※ 610,914,1270mm × 20m

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Grade Name Caliper (μm） Sheet Sheet/pack Reel Note

● YUPO Octopus®　 (Micro Suction Grade)

(Cretified at RIT for HP Indigo.)

XAD1058 208 ● 250 −

● CLOTH YUPO®

(Laminated with synthetic woven cloth on one side.)

WNF 135 − − ●

● CLOTH YUPO®

(Laminated on both sides of synthetic woven cloth.)

WNFW 200 ● 125 ●

● YUPO® Metallized WMF 120 ● 100 ●

● HY-TEARYUPO® WSF 110,160 ● 100 ●

● YUPO® 100% Opacity (Block out type) WCFA 125 ● 250 −

195 ● 125 −

(UV Silk Screen/UV Inkjet) XAA1085 265 − − ●

● α YUPO® QJJ 350,400,500 ● 100 −

● Ecology α YUPO® QJJE 350 ● 100 −

● α YUPO® (Translucent type) RMM 400 ● 100 −

● α YUPO® (Translucent type)

(UV Screen,UV Inkjet/UV Ink)

RUU 400 ● 100 −

● YUPOJET® （Aqueous Pigment Ink） VJFP 120,170,190 − − ●

● YUPOJET® (Eco Solvent Ink) VJFE 110,145 − − ●

● IML Grade for Blow/Injection molding ISE 105 ● 250 ●

(Orange peel less) IDS 80,100 ● 250 ●

(Translucent) IHC 75 ● 250 ●

(Translucent) UAIA 80 − − ● (No embossing)

● IML Grade for Injection molding FGS 80 ● 250 ●

(Orange peel less) LBR 80 ● 250 ●

788

1,091

GRAIN

★ Caution for usage ★

● G r a i n d i r e c t i o n o f s y n t h e t i c paper YUPO® runs along the Cross Direction,opposite to the grain direction of the natural pulp based papers. In case of 788mm × 1,091mm, the grain runs along the 788mm side.

About Directionality

Note: Orange Peel…A minute wrinkles that appear on the surface of IML.

※1270mm ×～ 1500m

※460mm × 320mm

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General Physical Properties of YUPO®

〈measured value〉

Grade Caliper Basisweight Density Whiteness Opacity Gloss Tensile

strength Elongation Tearstrength Stiffness Surfuce

Resistance

(μm） g/㎡ g/c㎥ ％ ％ ％ kN/m ％ mN (Clark) ΩTop/Bottom MD CD MD CD MD CD MD CD

FEB 95 95 73.2 0.77 98 96 52 5 13 115 29 300 180 39 65 9×1011>

110 110 84.7 0.77 98 96 51 6 14 121 27 380 230 50 85 9×1011>

130 130 100.1 0.77 98 97 51 7 17 121 27 500 290 65 118 9×1011>

150 150 115.5 0.77 98 98 50 7 20 125 27 610 350 81 150 9×1011>

200 200 158.0 0.79 98 99 48 9 26 125 26 990 450 129 247 9×1011>

250 250 200.0 0.80 98 99 46 12 33 134 26 1,430 670 196 403 9×1011>

300 300 252.0 0.84 98 99 46 12 40 102 28 3,320 830 301 571 9×1011>

FRB 110 110 88.0 0.80 98 96 53/22 4 14 91 26 360 200 48 80 9×1011>

130 130 102.7 0.79 98 97 53/22 5 16 93 24 450 230 64 111 9×1011>

FRR 70 70 56.7 0.82 98 90 51/21 3 9 110 31 222 124 21 34 T : 9×1012>B : 9×1011>

FPG 60 60 47.4 0.79 96 87 16 3 9 96 23 170 90 11 23 9×1011>

80 80 61.6 0.77 96 90 17 4 12 110 24 240 140 21 43 9×1011>

95 95 73.2 0.77 96 92 17 5 14 114 25 290 170 31 59 9×1011>

110 110 84.7 0.77 96 94 17 6 16 115 26 370 200 39 77 9×1011>

130 130 100.1 0.77 96 95 17 7 18 121 26 470 250 57 110 9×1011>

150 150 115.5 0.77 96 96 17 8 21 123 25 590 310 76 142 9×1011>

200 200 158.0 0.79 96 98 16 11 29 127 25 940 450 128 261 9×1011>

250 250 200.0 0.80 96 99 15 11 33 148 28 1,410 590 214 389 9×1011>

300 300 234.0 0.78 96 99 15 12 36 130 26 1,760 740 283 565 9×1011>

FPU 130 130 100.1 0.77 97 96 17 7 18 121 26 490 250 57 110 9×1011>

200 200 158.0 0.79 96 98 16 10 31 126 27 940 450 120 250 9×1011>

250 250 200.0 0.80 96 99 15 11 34 151 27 1,400 580 200 390 9×1011>

YPBL 150 150 115.5 0.77 97 96 19 8 20 119 27 590 310 74 132 9×1011>

200 200 158.0 0.79 97 98 20 10 29 128 30 980 460 126 236 9×1011>

250 250 200.0 0.80 97 99 20 10 32 147 30 1,470 590 215 368 9×1011>

300 300 234.0 0.78 97 99 20 9 35 120 28 2,350 780 270 520 9×1011>

TPRA 60 60 60.6 1.02 91 30 12 4 9 173 43 230 140 13 17 9×1011>

90 90 91.8 1.02 91 39 14 6 14 166 38 380 230 30 42 9×1011>

BLR 150 150 153.0 1.02 92 63 14 11 27 181 33 880 480 82 132 9×1011>

BCR 160 160 153.0 0.96 94 63 32 11 29 170 20 1,080 460 95 183 9×1011>

SGP 80 80 66.4 0.83 96 89 7/9 4 14 111 21 280 160 19 45 9×1011>

SGS 60 60 48.6 0.81 96 85 21/52 3 10 98 21 190 110 12 27 9×1011>

80 80 66.4 0.83 96 89 22/50 4 14 111 21 280 160 19 45 9×1011>

110 110 91.3 0.83 96 92 22/49 6 20 123 21 460 220 34 86 9×1011>

● YUPO CORPORATION believes this infomation to be the best currently available and that it is subject to revision as additional knowledge and experience are gained, but can make no guarantee of results and will assume no obligation or liability in connection with this information

��

Grade Caliper Basisweight Density Whiteness Opacity Gloss Tensile

strength Elongation Tearstrength Stiffness Surfuce

Resistance

(μm） g/㎡ g/c㎥ ％ ％ ％ kN/m ％ mN (Clark) ΩTop/Bottom MD CD MD CD MD CD MD CD

LAR 75 75 60.8 0.81 98 95 40/25 5 15 126 23 201 100 17 33 T : 9×1012>B : 9×1013>

95 95 76.5 0.81 97 95 40/26 5 16 124 26 310 170 30 50 T : 9×1012>B : 9×1013>

WKFS 340 320 220.0 0.69 97 97 − − − − − − − − − −

WKU 310 310 190.0 0.61 96 95 − − − − − − − − − −

WKJ 250 220 156.0 0.71 97 95 − − − − − − − − − −

XAD 1053 210 166.0 0.74 96 95 − − − − − − − − − −

XAD 1058 208 170.0 0.79 96 93 − − − − − − − − − −

WNF 135 134 101.2 0.75 96 60 17/5 9 16 51 23 6,460 5,290 44 59 9×1011>

WNFW 200 201 155.0 0.78 96 96 17/17 12 25 56 26 4,730 4,100 13 205 9×1011>

WMF 120 123 106.3 0.86 -/95 100 100< /16 8 18 105 23 680 490 68 107 9×1011>

WSF 110 107 70.0 0.65 96 88 10/16 4 8 80 18 830 892 13 23 9×1011>

160 159 110.0 0.65 95 94 10/17 7 16 125 21 1,650 1,670 33 72 9×1011>

WCFA 125 123 104.0 0.83 88 100 16 7 19 135 33 490 270 46 89 9×1011>

195 190 150.0 0.82 91 100 18 10 25 150 26 960 500 109 210 9×1011>

XAA 1085 265 210.0 0.79 93 100 17 − − − − − − − − −

QJJ 350 350 340.0 0.97 95 97 20 − − − − *36N *41N 300< 300< 9×1011>

400 400 390.0 0.98 95 97 20 − − − − *44N *50N 300< 300< 9×1011>

500 500 492.9 0.99 95 98 19 − − − − *60N *66N 300< 300< 9×1011>

QJJE 350 350 355 1.01 90 95 19/20 − − − − − − − − −

RMM 400 400 396.0 0.99 90 78 13/14 − − − − 2,607 2,450 − − 9×1011>

RUU 400 400 396.0 0.99 90 78 13/14 − − − − 2,607 2,450 − − 9×1011>

VJFP 120 120 78.0 0.65 90< 88< − − − − − 260 250 − − 9×1011>

170 170 117.5 0.69 90< 93< − − − − − 390 170 − − −

190 190 132.9 0.70 90< 94< − − − − − 440 180 − − −

ISE 105 107 82.7 0.77 97 95 19/65 4 12 120 20 340 190 15 50 T : 9×1011>B : 9×1012>

IDS 80 81 75.2 0.93 97 87 17/65 4 12 140 25 320 170 14 27 T : 9×1011>B : 9×1015<

100 101 92.0 0.91 97 91 17/65 5 14 140 25 440 220 23 45 T : 9×1011>B : 9×1015<

IHC 75 77 68.8 0.90 89 14 64/85 6 18 150 20 340 210 15 38 9×1015<

UAIA 80 82 72.1 0.88 86 10 65/18 − − 350 350 660 610 9 8 9×1013

>

FGS 80 80 61.6 0.77 97 91 19 4 9 110 28 210 140 23 32 9×1011>

LBR 80 80 66.4 0.83 97 87 54/12 4 13 130 29 250 140 17 32 9×1012

>

Note: Orange Peel…A minute wrinkles that appear on the surface of IML.