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R00

SHANGHAI SUNDA ELECTRONIC INSULATED MATERIAL LTD.,

346838700005

SPECIFICATION FOR APPROVAL

2013 8 29

P1P2

P1P2

P1P2

Pantone Cool Gray 10C

Icon back printing white color

背印黑色

ICON 背印

PC Mylar texture: MT-11010

1.2.All materials must meet ROHS directive3.外觀件需符合神基品質規範 "Q3QA-26-041 表單R00-001: SQA-ALL-神基科技表面處理的測試一覽表"

Icon back Printing color : White

NOTE:

TF1-MYLAR;QUICK,KEY2,T110

346129000019

1:1

PD

May-20-2013

00a

V110 Rugged NB artworkV110

Getac

李俊興2013.May.20

Getac

蔣政宏2013.May.20

Typical Property Values �

DescriptionLexan 8B35 is a one side velvet, one side matte transparent polycarbonate film. It offers high temperature resistance, excellent dimensional stability, as well as good printability without pretreatment making it very suitable for multi-layer printing for applications such as overlays, floor graphics, high-performance labels and in-mould decoration. It can be screen printed using traditional solvent based or water based inks, as well as UV or infrared drying inks and offers ease of processing for thermoforming, embossing, die-cutting, hydro-forming and bending. The velvet texture offers mar resistance, and can be used over light-emitting devices (LEDs).

• These are typical properties and are not intended for specification purposes. If minimum certifiable properties are required, please contact your local SABIC Innovative Plastics, Specialty Film & Sheet representative or the Quality Services Department. ReportedReported values are based on 0.250 mm (0.010” ) thickness film unless otherwise noted.

* Trademark of SABIC Innovative Plastics IP BV

Lexan* 8B35 Film Product Datasheet

Lexan*

Value

62

65

2506

100-154

31

245

10-20

12

0.2

5.8

1.25

153

160

145

1.40

-135

1200

0.35

See chart

ISO Test Method

ISO 527

ISO 527

ISO 527

ISO 527

ISO 6603-1

ISO 11359

ISO 11357

ISO 75 Modified

ISO 1183

ISO 62

ISO 2813

Units (SI)

MPa

MPa

MPa

%

J

kN/m

kN/m

J

W/m°K

(x10-5/°C)

KJ/Kg-°C

°C

°C

°C

%

°C

kg/m3

% change

-

ASTM Test Method

ASTM D882

ASTM D882

ASTM D882

ASTM D882

ASTM D3029

ASTM D1004

ASTM D1922

ASTM D3763

ASTM D2176-69

ASTM D2176-69

ASTM D5470

ASTM E831

ASTM E1269

ASTM D3417 / D3418

ASTM 1525-00 modified

ASTM D1204

ASTM D746

ASTM D792

ASTM D570

ASTM D5946-01

Dyne Pens

ASTM D3363

ASTM D1044

ASTM D542A

ASTM D1003

ASTM D1925

ASTM D1003

ASTM D523-60

UV/Visual Spectroscopy

Value

8500

9000

300000

100-156

23

1.4-1.8

30-55

9

60

20

1.35

3.2

0.3

307

323

290

1.40

-211

2.3

0.35

See chart

37/31

>44/38-40

<1

1.6

80

2.2

102

See chart

0.3

Property

Mechanical

Tensile Strength @ Yield

Ultimate

Tensile Modulus

Tensile Elongation at Break

Gardner Impact Strength at 0.03”

(0.75 mm)

Tear Strength

Initiation

Propogation

Puncture Resistance (Dynatup)

Fold Endurance (MIT)

0.010” (0.25 mm)

0.020” (0.50 mm)

Thermal

Coefficient of Thermal Conductivity

Coefficient of Thermal Expansion

Specific Heat @40°F (4°C)

Glass Transition Temperature

Vicat Softening Temperature, B

Heat Deflection Temp. by TMA

at 1.8 Mpa

Shrinkage at 302°F (150°C)

Brittleness Temperature

Physical

Density

Water Absorption, 24 hrs.

Surface Roughness (RMS)

Surface Energy(1st surface/ 2nd surface)

Surface Tension(1st surface/ 2nd surface)

Taber Abrasion

Optical

Refractive Index @77°F (25°C)

Light Transmission

Yellowness Index

Haze

Gloss over Flat Black min/max @ 60°

UV cutout

Units (USCS)

psi

psi

psi

%

ft-lb

lb/mil

g/mil

ft-lb

double folds

double folds

Btu/hr/ft2/°F/in

(x10-5/°F)

Btu/lb/°F

°F

°F

°F

%

°F

slug/ft3

% change

µ

Dyne

-

Delta Haze

-

%

%

%

-

%

Manufacturing Specifications

Nominal Gauge Min./Max Limit

Ranges of Nominal

0.005 - 0.007” (0.125 - 0.175mm)0.010-0.015” (0.250-0.375 mm)

0.020” (0.500 mm)

-/+ 10%

-/+ 8%-/+5%-/+3%

0.003” (0.075 mm)

Lexan* 8B35 Film Product Datasheet

Latest update Sabic (03/08)www.sabic-ip.com

THE MATERIALS, PRODUCTS AND SERVICES OF SABIC INNOVATIVE PLASTICS HOLDING BV, ITS SUBSIDIARIES AND AFFILIATES (“SELLER”), ARE SOLD SUBJECT TO SELLER’S STANDARD CONDITIONS OF SALE, WHICH CAN BE FOUND AT http://www.sabic-ip.comAND ARE AVAILABLE UPON REQUEST. ALTHOUGH ANY INFORMATION OR RECOMMENDATION CONTAINED HEREIN IS GIVEN IN GOOD FAITH, SELLER MAKES NO WARRANTY OR GUARANTEE, EXPRESS OR IMPLIED, (i) THAT THE RESULTS DESCRIBED HEREIN WILL BE OBTAINED UNDER END-USE CONDITIONS, OR (ii) AS TO THE EFFECTIVENESS OR SAFETY OF ANY DESIGN INCORPORATING SELLER’S PRODUCTS, SERVICES OR RECOMMENDATIONS. EXCEPT AS PROVIDED IN SELLER’S STANDARD CONDITIONS OF SALE, SELLER SHALL NOT BE RESPONSIBLE FOR ANY LOSS RESULTING FROM ANY USE OF ITS PRODUCTS OR SERVICES DESCRIBED HEREIN. Each user is responsible for making its own determination as to the suitability of Seller’s products, services or recommendations for the user’s particular use through appropriate end-use testing and analysis. Nothing in any document or oral statement shall be deemed to alter or waive any provision of Seller’s Standard Conditions of Sale or this Disclaimer, unless it is specifically agreed to in a writing signed by Seller. No statement by Seller concerning a possible use of any product, service or design is intended, or should be construed, to grant any license under any patent or other intellectual property right of Seller or as a recommendation for the use of such product, service or design in a manner that infringes any patent or other intellectual property right.

SABIC Innovative Plastics is a trademark of Sabic Holding Europe BV

* Trademark of SABIC Innovative Plastics IP BV

Americas:SABIC Innovative PlasticsSpecialty Film & SheetOne Plastics AvenuePittsfield, MA 01201USATel. (1) (413) 448 7110Fax. (1) (413) 448 5573

Europe:SABIC Innovative PlasticsSpecialty Film & SheetPlasticslaan 1NL - 4612 PX Bergen op ZoomThe NetherlandsTel. (31) (164) 292911Fax. (31) (164) 292940

Pacific:SABIC Innovative PlasticsSpecialty Film & Sheet1468 Nanjin Road (W)26th Floor, United Plaza200040 Shanghai, ChinaTel. (86) 21 3222 4500Fax. (86) 21 6289 8998

Gloss by Gauge: (ASTMD 523-60)

Gauge Angle Velvet Matte

0.003" (0.075mm) 60° Minimum 3 5

8B35 Maximum 8 15

0.005 - 0.020” (0.125 - 0.500mm) 60° Minimum 3 5Maximum 4.5 15

RMS by Gauge

Gauge Matte

0.003" (0.075mm) Minimum 45

8B35 Maximum 165

0.005 - 0.020” (0.125 - 0.500mm) Minimum 10

Maximum 55

:

:

:

:

:

:

:

============================================================================================

:

:

2013/08/20 TO 2013/09/02Testing Period

Test Result(s)

Conclusion

Please refer to next page(s).

Base upon the performed tests by submitted samples, the test results of PAHscomply with the PAHs requirement according to (Category 1) of ZEK 01.4-08 ofGerman ZLS and its amendments.

ROOM B, 7F, NO. 8, MIN SHENG E. RD. SEC. 3, TAIPEI CITY 10480, TAIWAN

Sample May Cover

Main Substance

LEXAN* 8B35 / 8B35F / 8B35E / 8B36 / 8B38

The following sample(s) was/were submitted and identified by/on behalf of the applicant as :

Sample Submitted By

Sample Description

Style/Item No.

No. : CE/2013/83067 Date : 2013/09/02 Page : 1 of 14Test Report*CE/2013/83067*SABIC INNOVATIVE PLASTICS TAIWAN HOLDING LIMITED, TAIWAN BRANCH (HONG KONG)

SABIC INNOVATIVE PLASTICS TAIWAN HOLDING LIMITED, TAIWAN BRANCH

(HONG KONG)

2013/08/20Sample Receiving Date

PC FILM/SHEET

LEXAN*8B35 / 8B35F / 8B35E / 8B36 / 8B38 / 8Bxx (x MAY COVER 0 ~ 99, ANY

LETTERS OR COMBINATION WITH DIGITS AND LETTERS)

POLYCARBONATE

LEXAN* IS A TRADEMARK OF SABIC INNOVATIVE PLASTICS

33, Wu Chuan Rd., New Taipei Industrial Park, New Taipei City, Taiwan / 新北市新北產業園區五權路33號t+886 (02)2299 3279 f+886 (02)2299 3237 www.sgs.tw

Member of the SGS Group

SGS Taiwan Ltd. 台灣檢驗科技股份有限公司

This document is issued by the Company subject to its General Conditions of Service printed overleaf, available on request or accessible at http://www.sgs.com/en/Terms-and-Conditions.aspx and, for electronic format documents, subject to Terms and Conditions for Electronic Documents at http://www.sgs.com/en/Terms-and-Conditions/Termse-Document.aspx. Attention is drawn to the limitation of liability, indemnification and jurisdiction issues defined therein. Any holder of this document is advised that information contained hereon reflects the Company’s findings at the time of its intervention only and within the limits of client’s instruction, if any. The Company’s sole responsibility is to its Client and this document does not exonerate parties to a transaction from exercising all their rights and obligations under the transaction documents. This document cannot be reproduced, except in full, without prior written approval of the Company. Any unauthorized alteration, forgery or falsification of the content or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law. Unless otherwise stated the results shown in this test report refer only to the sample(s) tested.

Test Result(s)

：

Result

No.1

mg/kg With reference to IEC 62321-5: 2013and performed by ICP-AES.

2 n.d.


2 n.d.


2 n.d.

mg/kg With reference to IEC 62321: 2008 andperformed by UV-VIS.

2 n.d.

mg/kg With reference to IEC 62321: 2008method. Analysis was performed byGC/MS.

5 n.d.

% With reference to EN 14372. Analysiswas performed by GC/MS.

0.003 n.d.


0.003 n.d.


0.003 n.d.


0.003 n.d.

mg/kg With reference to BS EN 14582:2007.Analysis was performed by IC.

50 n.d.

mg/kg With reference to BS EN 14582:2007.Analysis was performed by IC.

50 n.d.

mg/kg With reference to US EPA 3550C:2007. Analysis was performed byLC/MS.

10 n.d.

mg/kg With reference to Global SOP RSTS-E&E-121. Analysis was performed byLC/MS.

10 n.d.


Tetrabromobisphenol A (TBBP-A)(CAS No.: 79-94-7)

Hexavalent Chromium Cr(VI)

PART NAME No.1

Mercury (Hg)

Test Report No. : CE/2013/83067 Date : 2013/09/02 Page : 2 of 14

SABIC INNOVATIVE PLASTICS TAIWAN HOLDING LIMITED, TAIWAN BRANCH (HONG KONG) *CE/2013/83067*

TRANSLUCENT SHEET

DIBP (Di-isobutyl phthalate) (CASNo.: 84-69-5)

DEHP (Di- (2-ethylhexyl)phthalate) (CAS No.: 117-81-7)

Halogen-Chlorine (Cl) (CAS No.:22537-15-1)

Halogen-Bromine (Br) (CAS No.:10097-32-2)

Perfluorooctane sulfonates(PFOS-Acid, Metal Salt, Amide)

Hexabromocyclododecane(HBCDD) and all majordiastereoisomers identified (α-HBCDD, β- HBCDD, γ- HBCDD)(CAS No.: 25637-99-4 and 3194-55-6 (134237-51-7, 134237-50-6,134237-52-8))

BBP (Benzyl butyl phthalate)(CAS No.: 85-68-7)

DBP (Dibutyl phthalate) (CAS No.:84-74-2)

Test Item(s) Unit

Cadmium (Cd)

Lead (Pb)

MDLMethod





Result

No.1

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg 0.2 n.d.

mg/kg - n.d.

Unit Method MDL

*CE/2013/83067*

With reference to ZLS standard ZEK01.4-08 method. Analysis wasperformed by GC/MS.

Fluorene (CAS No.: 86-73-7)

Indeno[1,2,3-c,d] pyrene (CASNo.: 193-39-5)

Naphthalene (CAS No.: 91-20-3)

Benzo[g,h,i]perylene (CAS No.:191-24-2)

Benzo[j]fluoranthene (CAS No.:205-82-3)


Sum of 18 PAHs

Phenanthrene (CAS No.: 85-01-8)

Pyrene (CAS No.: 129-00-0)

Benzo[e]pyrene (CAS No.: 192-97-2)

SABIC INNOVATIVE PLASTICS TAIWAN HOLDING LIMITED, TAIWAN BRANCH (HONG KONG)

Fluoranthene (CAS No.: 206-44-0)

Benzo[k]fluoranthene (CAS No.:207-08-9)

Chrysene (CAS No.: 218-01-9)

Dibenzo[a,h]anthracene (CAS No.:53-70-3)

Anthracene (CAS No.: 120-12-7)

Benzo[a]anthracene (CAS No.: 56-55-3)

Benzo[a]pyrene (CAS No.: 50-32-8)

Benzo[b]fluoranthene (CAS No.:205-99-2)

Polynuclear Aromatic

Hydrocarbons (PAHs)

Acenaphthene (CAS No.: 83-32-9)

Acenaphthylene (CAS No.: 208-96-8)


Test Item(s)





Result

No.1

mg/kg - n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg - n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

mg/kg 5 n.d.

1.

2.

3.

4.



Test Item(s) Unit Method MDL


With reference to IEC 62321: 2008 andperformed by GC/MS.

Decabromodiphenyl ether

Hexabromodiphenyl ether

Heptabromodiphenyl ether

Octabromodiphenyl ether

Nonabromodiphenyl ether

Monobromodiphenyl ether

Dibromodiphenyl ether

Tribromodiphenyl ether

Monobromobiphenyl

Dibromobiphenyl

Sum of PBBs

Tetrabromodiphenyl ether

Pentabromodiphenyl ether

Tribromobiphenyl

Tetrabromobiphenyl

Decabromobiphenyl

Sum of PBDEs

Heptabromobiphenyl

Octabromobiphenyl

Nonabromobiphenyl

Hexabromobiphenyl

Note：

n.d. = Not Detected

" - " = Not Regulated

mg/kg = ppm；0.1wt% = 1000ppm

MDL = Method Detection Limit

Pentabromobiphenyl





No. : CE/2013/83067 Date : 2013/09/02 Page : 5 of 14

SABIC INNOVATIVE PLASTICS TAIWAN HOLDING LIMITED, TAIWAN BRANCH (HONG KONG) *CE/2013/83067*ROOM B, 7F, NO. 8, MIN SHENG E. RD. SEC. 3, TAIPEI CITY 10480, TAIWAN

PFOS Reference Information : POPs - (EU) 757/2010

Reference information for PAHs:

Outlawing PFOS as substances or preparations in concentrations above 0.001% (10ppm), in semi-finishedproducts or articles or parts at a level above 0.1%(1000ppm), in textiles or other coated materials above 1µg/m².

Test Report

Requirement of ZEK 01.4-08 : Restraining maximum values for products

Remark :

** = If the limits of category 1 are surpassed but the limits of category 2 still met, the confirmation of suitability ofcontact with foodstuff or the oral mucosa can be verified by an additional specific migration test of the PAHcomponents according to EN 1186 ff. and § 64 LFBG 80.30-1. The results of the migration test shall be evaluatedaccording to law criteria for foodstuff.

* = Only PAH substances >0.2 mg/kg are taken into account while calculating the sum of PAHs

Parameter Category 1 Category 2 Category 3

Material indented to be put in

the mouth or toys for

children aged < 36 months

with intended skin contact.

Materials not falling under

category 1 with foreseeable

contact to skin for longer than

30 seconds (long-term skin

contact).

Materials not falling under

category 1 or 2 with

foreseeable contact to skin for

less than 30 seconds (short-

term skin contact).

Benzo[a]pyrene

(mg/kg)<MDL (<0.2)** 1 20

Sum of 18 PAH

(mg/kg)*<MDL (<0.2)** 10 200





*CE/2013/83067*



SABIC INNOVATIVE PLASTICS TAIWAN HOLDING LIMITED, TAIWAN BRANCH (HONG KONG)

Note**：(1) For non-metallic material, add alkaline digestion reagent and heat to 90~95℃.

(2) For metallic material, add pure water and heat to boiling.

1) These samples were dissolved totally by pre-conditioning method according to below flow chart.

（Cr6+

test method excluded）

2) Name of the person who made measurement: Climbgreat Yang

3) Name of the person in charge of measurement: Troy Chang

Cutting / Preparation

Sample Measurement

Pb、Cd

Acid digestion by suitable aciddepended on different samplematerial (as below table)

Microwave digestion withHNO3/HCl/HF

Filtration

Add appropriate amountof digestion reagent

Heat to appropriatetemperature to extract

Cool, filter digestatethrough filter

Add diphenyl-carbazidefor color development

measure the absorbanceat 540 nm by UV-VIS

Hg

SolutionResidue

1) Alkali Fusion

2) HCl to dissolve

ICP-AES

Sample Material Digestion Acid

Steel, copper, aluminum, solder Aqua regia, HNO3, HCl, HF, H2O2

Glass HNO3/HF

Gold, platinum, palladium, ceramic Aqua regia

Silver HNO3

Plastic H2SO4, H2O2, HNO3, HCl

Others Added appropriate reagent to totaldigestion

Cr6＋

(Note**)







PAHs (Polynuclear Aromatic Hydrocarbons) analytical flow chart

Sample pre-treatment

Sample extracted (ultrasonic extraction) by

Toluene solvent

Analysis was performed by GC/MS

Data

Name of the person who made measurement: Roman Wong

Name of the person in charge of measurement: Troy Chang





No. : CE/2013/83067 Date : 2013/09/02 Page : 8 of 14


Test Report

TBBP-A analytical flow chart

Name of the person who made measurement: Ginny Chen


Sample pretreatment

Sample extraction by Ultrasonic extraction

Concentrate/Dilute Extracted solution

Analysis was performed by LC/MS

Data







PFOS analytical flow chart of Ultrasonic extraction (LC/MS) procedure

Name of the person who made measurement: Roman Wong Name of the person in charge of measurement: Troy Chang

Sample pretreatment

Sample extraction by Ultrasonic extraction

(Reference method: US EPA 3550C)


Analysis was performed by LC/MS

Data








Analytical flow chart of halogen content

Name of the person who made measurement: Rita Chen


Sample pretreatment / Separation

Weighting and putting sample in cell

Oxygen Bomb Combustion / Absorption

Analysis was performed by IC

Dilution to fixed volume







Analytical flow chart of phthalate content


Sample pretreatment/separation

Sample extraction by soxhlet method



Data







HBCDD analytical flow chart


Data

Sample extraction / Ultrasonic method


Filter

Sample pretreatment








PBB/PBDE analytical FLOW CHART

First testing process

Optional screen process

Confirmation process

Sample

Screen analysis

Issue Report

Sample pretreatment

Sample extraction/Soxhlet method

Concentrate/DiluteExtracted solution

Analysis by GC/MS

Filter

Name of the person who made measurement: Roman Wong









** End of Report **

* The tested sample / part is marked by an arrow if it's shown on the photo. *





Date of Preparation 2013 year 8month

29ay

( )Name of Company (English) SHANGHAISUNDAELECTRONIC INSULATED

MATERIALLTD

( )Name of Company (Chinese)

1.

1. Information on survey applicable part:

1 Part Name ( )+CC203

2 MiTAC-MTC Part Number

3 Vendor Part Number

2. Ozone-depleting substances contained in the part or used in manufacturing:

No.Substances Details (Criteria)

Verified

Result (YES/No)Result (*3)

(ppm)

/ Class ,

HCFCSubstances regulated by the Montreal Protocol (Class I and II). Not contained in part/materials. However, use of the refrigerant (HCFC) for air-conditioners isconsidered as object exclusion.

YESOzone-depleting

substances

Not used in the manufacturing process. YES

NO

Note: When the verified results show the substances are “No”, the part or material cannot be used under the MiTAC-MTC standard.

2. /

3. Presence of banned substances in the part (material)

No

Note: When the verified results show the substances are “No”, the part or material is prohibited by the MiTAC-MTCstandard.

3. /4. Presence of banned substances depending on application

NoSubstances Details (Criteria)

Verified Result (*1)

(YES/No)

(*3)

(ppm)

Cadmium and its compound

100ppm 2Content is 100ppm or less. Not intentionally added. (*2)

YES

2Lead and its compound

300ppm

1000ppm 2Not intentionally added. Content in plastics is 300ppm or less. Content in others is 1000ppm or less. (*2)

YES

3Mercury and its compound


YES

4Arsenic and its compound

1000ppmContent is 1000ppm or less. Not intentionally added.

YES

No.Substances Details (Criteria)

Verified Result

(YES/No) Result(*3)

(ppm)

1Organic tin compounds

TBT (TPT )

Not intentionally added. (Only tributyl tin compound and triphenyl tin compound are subject to the regulation.)

YES

2 Hexavalent chromium compound


YES

3PBB

Polybrominated biphenyls (PBBs)

1000ppmContent is 1000ppm or less. Not intentionally added. (Only polybrominated biphenyl is subject to the regulation.)

YES

4PBDE

Polybrominated diphenyl ethers (PBDEs)

1000ppmContent is 1000ppm or less. Not intentionally added

YES

5PCB

Polychlorinated biphenyls (PCBs)

Not intentionally added. (Only polychlorinated biphenyl and polychlorinated triphenyl are subject to the regulation.)

YES

6 (PCN )

Polychlorinated naphthaleneNot intentionally added. (Only poly chlorinated naphthalene with three chlorines and more is subject to the regulation.)

YES

7 Short chain chlorinated paraffin

10 13 50%Not intentionally added. (Only C:10-13 are subject to the regulation.)

YES

8Radioactive substances Not intentionally added.

YES

9Asbestos Not intentionally added.

YES

Survey Form on Environmental Impact

Substances Contained in Parts and

Materials: <sp>

5Beryllium and its compound


YES

6/

Azo colorants Not intentionally added.YES

7Phthalate esters


YES

8Formaldehyde

0.1ppm

/ 15ppmWood component: atmospheric concentration is 0.1ppm or less (by the chamber method)Plastics/fibers: content is 15ppm or less.

YES

4 No 5

When the verified result of Table 4 shows the substances are “No”, please complete and return the “CONFIRMATION OF

USE” form which details use of each substance.

100ppm

For packaging parts and materials, the content in part/material, ink and paint which constitute a package is 100ppm or less

each.

3 ppm (parts per million) = mg / Kg.

ppm = mg / Kg. This result field is tested and provided by the substances testing lab.

4. / 4 No

5. Usage detail for content of banned substances depended on application When the verified result for any of the substances in Table 4

shows “No”

Please indicate with a "O" in the verified results column if any of the restricted substances are used for the following reasons.

No.Substances Check point ( criteria )

Verified

Results

sability under th

SHARP standard

(1)

Used in stabilizer, pigment and colorant for plastics including rubber.

(2)

Used in pigment, paint and ink.

(3)

Used in surface treatment including metal plating, and coating.

(4)

Used for compact fluorescent light.

(5)

Used in packaging material and packaging part.

(6)

Used for nickel-cadmium battery.

(7) (1) (6)

Used in every application other than the above (1-6).

Bannedadmium and i

compound

(8) (high reliability)

Used for electric contacts that require high-reliability for which alternative material is lacking. Usable

(1) AC

Used in stabilizer, pigment and colorant for plastics (including rubber) for AC adaptor, power cable, connection cable and etc.

(2)


(3)

Used in compact sealed lead-acid battery.

(4)

Used in balancer weight.

(5)


(6)

Used in soldering treatment of external electrode and lead terminal for parts including electrical part, semiconductor device and hear sink.

(7)

Used in soldering of chip-type component and hand soldering of assembly boards, printed-circuit board and etc.)

(8)

Used in the other than the above (1-11). (ex: optical glass)

Banned

(9) 85wt%

Using high melting point solder for inner connection of part and device (in case where leaded solder contains more than 85wt% lead).

(10)

Used for electronic ceramics part including piezoelectric component and ceramics dielectric material

(11)

Used in glass for cathode-ray tube, electronic part and vacuum fluorescent display tube.

2 Lead and its compound

(12) 0.35 wt% 0.4 wt% 4wt%

Contained in alloy component.(Lead content should be less than 0.35 wt%, 0.4 wt% and 4wt% in steel material,aluminum material and copper material, respectively.)

Usable

(1)


(2)


(3)

Used in mercury battery.

(4)

Used in pigment, colorant and additives for plastics, including rubber.

3Mercury and its

compound

(5)

Used in relay, switch and censor, using mercury.

Banned

(6) ( ) 10mg 20mg

Small-sized fluorescent lamps (e.g. the ones for the back lights of liquid crystal displays): whose mercury content (perlamp) is more than 10 mg ; Straight-tube fluorescent lamps: whose mercury content (per lamp) is more than 20 mg

(7)

Silver oxide cells, alkaline-manganese cells, and air cells

(8) Used in straight pipe fluorescent light for general purpose.

1 10mg (Halophosphoric acids type: content should be less than10mg per unit.)

1 5mg (Standard-type triphosphoric acids type: content should be less than 5mg

per unit.)

1 mg (Long-life triphosphoric acids type: content should be less than 8mg per

unit.)

(9) 1 5mg

Used in compact fluorescent light. (Content should be less than 5mg per unit.)

(10)

Used in lamps including high-pressure mercury lamp other than compact fluorescent light and straight line fluorescent light.

(11) 1 (10)

Used in the other than the above (1-11).

Usable

4 Arsenic and its

compound

(1) (2)

Used for the parts excluding below (2) exception items.Banned

(2)

Used for the exception items. (exception items: semiconductor, glass, resist, magnet filter, copper foil and battery). Usable

5 Beryllium and its

compound

(1) (2)

Used for the parts excluding below (2) exception itemsBanned

(2)

Used for the exception items. (exception items: alloy, ceramics and glass) Usable

6

,

Azo colorants

(1)

Used in a contact part with human body of a product (ex electric carpet, earphone, strap and etc.) which is

manufactured based on the premise that the product continually contacts human body, and may produce amine when discomposed.

Banned

(2) (1)

Used in every application other than the above (1). (Used in a part which does not continuously contact with human body.)

Usable

7Phthalate esters

(1)

Used in a direct human body contact part of a product which is intended to continuously contact with human body, or used in a product with a possible food contact. (Only Dioctyl phthalate (DOP) is subject to the regulation.)

Banned

(2) 1

Used for the other than the above (1). Usable

8Formaldehyde

(1)

Used for wooden parts. Banned

(2)

Used in a direct human body contact part of a product which is intended to continuously contact with human body. (ex: electric carpet, earphone, strap and etc.)

(3) 1 (2)

Used in every application other than the above (1-2). Usable

2005

Remark: The fields with the blue color should be filled out completely. Otherwise, the part or material will not be

used in MiTAC-MTC green products at year 2005.

Prepared By Approved By

In Print

Signature:

Name of Department:

Email address:

[email protected] [email protected]

2012-8-24

GPD-4-04-A

Page 1 / 2

Environmental Impact Substances Testing Report

To: ( ( ) )( )

To: MITAC TECHNOLOGY CORPORATION & ITS AFFILIATES (INCLUDING BUT WITHOUT LIMITATION TO GETAC TECHNOLOGY (KUNSHAN) LTD., MITAC

COMPUTER (FOSHAN) LTD., MITAC RESEARCH (SHANGHAI) LTD.) (here in after referred to collectively as “MTC”)

( )

The undersigned hereby undertakes that all information provided herein and all attachments to this Combined Environmental Impact Substances Testing Report (the “Report”)

are all true and correct. In the event of any incorrectness (including but without limitation to any mismatching of part number to the original testing report) resulting in MTC’s

losses or damages, the undersigned shall fully indemnify MTC and hold MTC harmless.

Reporting Company ( )

Vendor Name (English) SHANGHAI SUNDA ELECTRONIC INSULATED MATERIALLTD Address( ) 318

Representative of Reporting Company Title

Signature Date of Report 2013-8-29

I. Submitted Objects

Part Name ( )

All Corresponding Vendor Part Number ( )

2012-8-24

GPD-4-04-A

II. Sample Information Page 2/ 2

Sample

Number

Substance

NO.1 NO.2 NO.3 NO.4 NO.5 NO.6 NO.7 NO.8 NO.9 NO.10 NO.11 NO.12 NO.13 NO.14

Composition part

Description

( /

)

3M9888T

Lab Name /

Original Report

Number

( /

)

III. Results

Testing Result ( ppm, mg/ kg- each of sample) Sample Number

Substance NO.1 NO.2 NO.3 NO.4 NO.5 NO.6 NO.7 NO.8 NO.9 NO.10 NO.11 NO.12 NO.13 NO.14

Lead (Pb) N.D.

Cadmium (Cd) N.D.

Mercury (Hg) N.D.

Chromium (VI),

Cr6+

N.D.

PBBs N.D.

PBDEs N.D.

产品包装方式

上海尚达电子绝缘材料有限公司审核：徐洪兴制表：俞佩华

品名：TF1-MYLAR;QUICK,KEY2,T110

料号：346129000019 材质：8B35

每小包約 50PCS 每片约 0.8g

每箱約 1000PCS，使用 A13-1 纸箱