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TSL5702G Rev8

Automotive standard

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335 views18 pages

TSL5702G Rev8

Automotive standard

Uploaded by

haryonoari68
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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PROTECTED Do Not Reproduce - NO.: TSL5702G 4 TITLE: Specification for polyvinyl chiotide synthetic leather for SS wtd CLASS: C1 Estab! hed/Revised: . vised as & result of the following Changes: (1) a note concerning T2000 16 has been changed for thorough management of product chemical substances. ,-(Section #}: QS (2) the required Value in’ glass fogging téstthas.tiéen reviewed; and requirements for and the applicable standard of he amine coiribination method have been added. (Table 2 and Sections 6.12.1 ands.12.2) oS. (3) rules on’application of flame retardarits have been added. (Table 2 and-Sections 4.2 and 6.34) (4) réquirements for VOC have'been ‘established. (Table 2) ae (S}-céquiremants for ol resistances chémical resistafiée, liquid resistanéestain femovablity after © nibbitgcjeans staining resistance, water damage, a alcium chloride dripping test, and a seat belt \ Webbing color migration test Have been added. \(Table 3) \ N (6) the words “min, and “atleast” have begradded to the test-difations, “(Tables 7, 8, 10 and 11 as w Design Quality Innovation Div. TOYOTA MOTOR CORPORATION TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamleritham 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlertt! antag ae PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G C1 1. Scope ‘This standard covers the classes and qualities of polyvinyl chide Syntace (hereinafter referred to as "PVC synthetic leather") used for automobile seaf yovers..The part made of materials provided by this standard shall comply with TSZ0001G ax ne 2. Structure NN PVC synthetic leather shall consis of base fabric 6h which a Sheet of vinyl efi régin mixed with plasticizer, stabilizer, and pigments, ora sheet conriprising an outer layer‘ard a foam layer shall be bonded QO 3. Indication of Classes, Se PVC synthetic leather shall be classiféehas given in Table 4, based dn its composition and application. fer¥ed to with its engineering standard Sleather thickness. If there are an outer layer and a foam layer Examples: S 4. TSLE702G-18 (1) 2. TSLS702G-4#A{golit, D°154 foam, 0.80 f) The color, gloss arjd\giain of leather state Spséifed separately. PVC synthetic lather requiring low-temperature Bending properties sia be indicated on drawings by adding the leter specified in Table 4, which shail be classified abcordance with the application of leather. PVC synthetic leather requiring heat resistance shall.ne dicated on drawings by adding an applicable suffix shown in Table 6, heather requiring flame fesiatance Shall be indicated on drawings by adding thesuffix "N" when needed. Example:-TSL57026-1A KEN. > TSLSTO2GSA HN indication shall be made on both. era ec enanttsone Rev. 8 ‘eustapr say hese untae iek cod cman een, Daltartpnttct ad py stupor atTovater Capen eee Jun. 2017 asia TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 vittrabhanu Lamlertt! PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 1 aS aie abe ; Classi ate | water ara | ome | Sar] eset [eae a Aegan ep ant hrc ag ape Ror (aye ar eee povedor tong stapo Conon mate fare rs 2 [SE Jonas | Sheers Sacha cuss Fr ste aca "> | rsusreas ‘Song Hapa Toa arab) So hack nga [abrasion eta “1c civsiet * sora ene fet, eyproved Ee ocd songaTon wh fo oe litte lengthwise- ots ho (een) vies dfrenco oe s Common or mins rs1s7026 fd bok, ad or ack A Sigg sapietoer (yon and bolster a ass aA peje sora sap tee ecu tot | sere tr k®”* ‘Abrasion resistance 2B S improves : cies > Forman nr and clase Ts1s7026 bolster and A Polen, bolster and side |For wih ipowed 2 oe Q facing of tuck | pending resistence a 7 Fe man ase | Common or main aa = son, | Stongsapie ter (ayon)or |andbatsrot | and boar foam | uence | Sears | Seaiere’ [ores tanand ‘ype B a (eayon) trucks and bolster with improved JRO? taningeans | geass teroseance SoG Sr cle Combination ith Poyestr Forside facing | Combination wi a ‘Westickee \ C\WNY The color, grain ar id gloss on Pvc synthetic i ieathe? ‘should easy standard me 7 sepérately. No, partial swelling dantage, or stckoes 42 Pioperbes > » PVE. syntietié leather should possess the to the tedtmethods specified in Section 6" Furthermore, leather requiring low-temperature bending resistance, heat resistance and flame resistance should meet the requirements shown in Tables 4, 5 and 6 respectively. Flame retardants shall not be applied to the base fabric. using-aravur’ printing techniques. Remark: if the property does not méat the reference value, evaluation shall be made taking into account the seat assembly also Heat-aging temperature andthe temperature in low-temperature test may be speciied separately accorgingto the destination oparti@s’Spbbified in Tables 2 and 3, as tested according SEMA aaa amen] ‘Bev. 8 ES alte mene] Sun. 2007 2747 TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamleritham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlertt! PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 2 tem Unit Direction x ys oe ‘Base fabric density Sasa = N\ OReport tase ri 7 : apr “Trike mm = SS resort Tersie srergihncerorirany | yj, [Lanai “am am ‘oration wists Sa Yin Pin rongaten under onary a eens Omi ssn condtion Tiss nS amin Tear sg [nga ese | Stein —T tae <7 ian Tongan ind constant ad engi To (reference) Widthwise a wa i: 20 51030 Sel te under consort oad [esate ame ithaca) wats som ‘haa shana _, [Lets raaise | Ss ma ‘Water immersion shrinkabilly “Lengths Jwidthwise os 5.0 max. 1 3.0max engi Se 27a Seam fave erence) eas S gimme Poalstangih Longview |S Ta Tam [ Tan Flor ig PaaS] Longs enise Teoma Tomax —] Woo maz Low-iemperature resistance Lengths withaise [> = ax Heating loss (100 f) SZ Snax esting loss (400) Y, 5 max pes meee Lengihwiseywitvise | ~ - amin 7 : = ZaaaMSe,paatmwse | Peeing of base Table. and eacks and damage onthe Crease-lex resistance: Frengwieewiatise | Posing of base fabric 0 aa Mathod & 00 min, fessing El pe 80 min Tacktes! =i ‘Siang or darhage Shou nol ba SbEoTON. ‘Taber: abradn amount N Si ma abrasion, \ Fabrasion status aS ZS “a or etter ‘Suice abrasion ressianco Tare; wis | Tear Sue robe er shoud lbs obsaned > Base fabric Suto Hef recy wat terse / P| sroairet _ spear Coiarastness to ay aeeting Zz Tor better Coloasiness twat ocling 7 Gor betler Coboriasinessttigh > temperate an gat Calas Secs sternal ae Fading: 3, scolration: 4 or better Sor better Tied agers. Conformance wih i standard car eeu oh ere | eee epee: Conform to TSMO5056 Gualty Taine esience asarbeter {es erate aa teste bent tier tena “mal nny deg wi ryan Cem eps ces Rev. 8 ‘Read nesta ume es oe to et op. Ty hl th ad jaa ‘oad ce ipast anh pay wx or wee sent of Tuya ie Capi, dun. 2017 a7 a7 TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttl PROTECTED: Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 2_ (Continued) tem Unit Direction Volatie ganic ‘compound Fomadenyi Acstldehyde Tolue vane. Ethylborzare ‘Sirene 1 gfsample “Tetiadecane Derebuly phialate Dizethyinow phinaiate Fp Bamax Flame retardant vansfor est cal A, ~Phiogehoros riety 03 max Abnormaliib a appearance should not be observed. "et ey dae network vy Rev. 8 ehiarap ou dat abaepareniocnmasbiareapes Tn Tm Jun, 2017 47a TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlertt PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 2__ (Continued) Zo S em ust Diecton ase z Base fabric density ee - Ts i < Tis = = 5 Ten sgh unr a {rangi or estat conan wate a Elongate une orn 5 Tents son enn wiles sor SO mooie unr aay ay Tengiace SS] condition ‘Widthnndse I 291039, Egat see ST Tong (100 h) _-pWidtheise I 80 min. anata aaa a [ieee ASS 7 too") iain Sas 50% SO CST Heiss = reatageg team) swarms tS Tina SO change oar Tages oS feat aging (00m) wens AS nme ears Tena = = Elongation under constant Lengiiwhab. 27 ETE ane 1010 20. fos trene) Waiuest—|seso | —iowsn | Totes Sete oer OTST Tonge oma tren) [arse roms op Renathaise, Theat shintaity (+) TNs 2.0 as ) es, Peenathwise, ter nmerton gti} (ee 20 mas Ee anuttonety Rev. 8 ‘aman tl ea ai a oracle nee Capi. Tey ote dead a ‘Neer aan wet ye ea cy Ne Cp Jun, 2017 51a TDEM 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 vittrabhanu Lamlerttl PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 2__(Continued) i SS Cis Secs tem un | precten Caer cas Roni et = Sea ge ET Togs aeerns pea 2500 mes wale aaa 1 Tear ean wom | Lengtise Tears Sea gue (otros) eet Wiahaise Sa Yee Tagine PS NS Pea sven wen [Soe] enn [igen Tong Sromee [ative | toma Fiera ty eerence) ee a Ne 10 Tertempersue rela as Ro aeae eae ae 0 Say So me Heatg Ws 2007 — OS tte Caeenation “Hrenatvase Pasig of base ba and cracks and damage onthe sieaieiesen bate jcthyise: _s¥fface shobld not be allowed. DagenaTeaG SS Se dS oa iss ooo [arare combina aad RS soni acta : Sn or aT Gud ote aa. Teer [aaa naa — PS S one sisson __[Seanonamee 7S i arbor Sufoc aban resins (¢ Tega 7 | Tarn otro foam ye shod ot be obs Oy Tenge Since abrasion restos witiahR,_)) [eet SS Consens oy oS Soe Tabet Couvarass vat aoa ve ret Cottasiness eight and IE SS rag aio rater Sceraenene ree et eee tela SS =| arama Sat SS cand a [aaa < eee “ contri to TSIM05056 Zf Quality SA = a = “ina elena ASS a Socbaer 7 | Rormalaeyae O3 max Aesialishce ZZ O3max To Ome Volatie ¥en ~S, ‘OSmax breanie © betnbersene Sh ‘Osmax cempoure [Sie ‘O3max QQ etic ‘O3max SS [Deru pinata 3 max > Pocky phate a3 max Phosphorus inlensiiy OS mae Floma rotrond irarfor txt Abnormalities in appearance should not be observed "mp a ty igre na oa arpa pp cal he an ety Rev. 8 ‘ase coset ana oe ‘Tuna thal mae etme tame ene pon. Te hth ‘Jun, 2017 _Svbchetnpurtoan usp scp met tT nr ap 6/17 TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttl PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 2 (Continued) if Glass and category Item Unit Direction ass 4 Class 5 ATS ve A Sitches/25 mm = Sa Base fabric density or threadsi25 Ne Report Mass, gin’ . Ress, Thickness. mm = OS (Report TTensile strength under Nem Peenaliiwise [SS eomin 49 min ‘ordinary condition ‘Widtenise 29 min. > 59min Elongation under ordinary . [Lengthwise™ 30min’ 80 min, condition i bWvidthwise Za t8CminN, 90 min. 50 % modulus under ordinary | yjcqq._ |Lengthwise, Se Report condition S_fWidthwise [CSS Tote 30 18 10 35 Elongation after heat aging ‘[Lengthwise INS Report (100 h) Widthwise (7 \S.~ 130 min 72 min, Elongation after heat aging Lengthwise Report (400 h) Widithwise 7 0 min 34 min '50 % modulus change af Lengthwiser = Report heat aging (100) isthwise a0 max, 50% modulus change eh [Lengihwise [Report heat aging (400 hy. (_)s\ Widthwise 700 max, Foci) hbengthwise 20min 49 min, IN < Widthwise 20 min. 39 min. Elongation Under cotstant Lengthwise: 610.25, 10 t0 30 load (reférence! q Withwise 735 to 80) 20 to 50 Setfate ander constant load Lengihwise SN 40 max. (reference) Wisthwise 7.Omex 60 max Lengthwise, > Thermal shrinkabiity hotness 1c 2 30 max. . Lengthwise;| |”) 5° VAR eee” Y 3.0 max, TaN, [enatwiss f~ 22 mak. ono tt mm [widthwiges 15 2.2 max. SQ i min, or 5.9 Peel strength Nicm 4min. |min inthe case | 10 min. of fracture Flexural rigidity (reference) 120 max. 110 max. Low-temperature resistance anaes -25 max. Heating 1oss (100) = Smax Heating loss (400 h) ZA. 10 max. ‘Compressibilty (reference) 7S min. Recovery (reference) 1“ / 60 min. "rep ley ga nor ep em nie Bd iy Rev. 8 {ehcp ou ty corporentacaesateasbiarcapeaae Te Tensei Jun, 2017 TI TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 vittrabhanu Lamlertt PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G Table 2 (Continued) Class and category Item Unit | Direction Css 47 Cass 5 ee e A Tengthwise, | Pesling of base fabric, and cracks and damage ieemctcneceiactes =| wiathwise | on the, surface stiould not be allowed. Dagree of fogging __\> Method 8:90 min. Glass [Amine combination % eee SANG fogging | method Ne SoEND Tack fee = \_ | Sticking or damage should not be observed. Taber ‘abrasion amount a S ob. hax. abrasion _| abrasion status. Grade P SN AY24.or better ‘Scratch strength NU 8.0 min. ‘Surface abrasion resistance ~_ peenatiwise, SL withise Tear nbuteror team layer should not be Colorfasiness to dry rocking observed. SS Tor better Colorfasiness to wet crocking CS “or better Colorfastness to high temperature Fauiing: 3, discoloration: 4 or better 2nd ight y Coase Scot et Sorbet SS Conformance with the standard charts Mixed agents 7S ae Intensity” ia Degree of pledsaniness/ ‘Smell | unpleasantness cn to TSMO505G Quality a ZS ‘ming ésiance “ as orbater (( \) pormaldehyde7=—SS S08 max. % "Acetaldehyde~ 70.3 max. Toluene “SS Z 0.3 max. “ Diylenes 3 7755 A es 0.3 max. velatlo [EBeneshe 03 a pe SICA v 0.3 max. pound [Tetradecane: NY 0.3 max. a 0.3 max. Di-ethylhexyt phthalate. ae Phosphorus intensity: 0.3 max ‘Abnormalities in appearance should not be obsened, Seed eae ee emnmee| Bev. 8 LSS ee] sun 2017 8 7 7 TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlerttl PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G AN Table 3 LE Le cai eal on | Piel ‘Single-layer sheet _|_-Multiple-layer sheet oi : L resistance oe Grade Grease cnemica fis = resistance [Engine ol Grade ae ee e Area ES Sees ae — Liquid Benue carer ——| Grade Sonam ‘Sunscreen (reference) Sain removabilty after rubbing cae After staining Ceform'to design | Conform to design Fesistorce _ | After wiping-off drawing specifications | drawing specifications Water 23°C S “71 abnormalities = damage 100 °C aN “S._|_shatld be observed. ee SAY No abnormalities Calcium chloride dripping test. ao ane aural ‘Seat belt webbing color migration test_| Grade S min. = S Table 4 “Standard value ‘Applications (reference) 4000 min. Main inset 3000-min. ‘Commeretype bolster {| 4000'min.\, | Buckeltype bolster . 000 min, Side facing \ TS, 7p Pads requifing especially high (Ar8000'min. (| beriding ertdurance due to automobile i aa Za" stictire Charactersie Rpplcaion examale Hi] General degree of heat-resistance posed to direct sunlight (Japan, Europe) — “Carionents exposed to drect sunlight lapan, Europe) He Coiibgnents not exposed to drect sunight (US., Asia, -Austrda, Middle East) wm EGemponenis exposed fo dvedt sunlight (US. Asa, Australia, Middle East) Table 6 Suit Standard value Under ordinary conditions 410 max. or flame retardant Alter heat aging. y | lammasiiy = (gmimin) SS, NUTS er icmp ne nen me = ‘naa an a i ea ey ner ei eos cr Capi. Thy ted J ‘hv pt ton pe ac Tee ete fan. 2017 9717 TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlertt! PROTECTED ‘Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G 5, General Test Conditions ZL 5.1 Standard Condition of Test Chamber In principle, test chamber shall be set to the either (1) or (2) stand codon 1. nthe test result, write which standard condition is selected. If, however, the!above conditions cannot be ‘achieved, report the test temperature and relative humidity together with test results. (1) Temperature 23:42 °C, relative humidity 50-5 % XK (2) Temperature 20:2 °C, relative humidity 65:5 % 5.2 Standard Condition of Specimens iN In principle, specimens to be tested should be maipidined inthe test chamber standard condition for at least 24 h before the test. 6. Test Methods 6.1 Sampling of Specimens ‘s6.2.0.0 mm- arausted al ‘age Spectied in(fiS 8550 or ASTALB1813, ) Place a specimen on 16 measurement table’ such that the surface of the specimen faces Upside: Closely and moderately let the pressuring surface ‘bp in contact with ihe specimen. The pressuring surface shall be circular in shape and its diameter 10-+0.1 mm. /Fiv@ g@conds aftef Applying 3,850.1 N, measure the thickness of he sneeimén. Cary out the measurement for 4 specimens each, which ae used in the tensile antear strength tests, and ebiain eir average value. 65: esdte Strath, Elongation and 50 % Modulus under ‘ordinary Conditions ‘This test shall be conducted in accordance with Section’ 4.3.1 or Section 4.3.2 of TSLE1006. The method used for the test shall be mentioried inthe test result report. "Rees ety gums emotes ar Cae pepe he sd aoe ey Rev. 8 ‘eovkege may teem el cues toeeinnd arta Soeiescoartsetmaaetaaecnast ew Momteacons] Jun, 2007 10/7 DEM 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlertt PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G 6.6 Elongation and 50 % Modulus Change after Heat Aging Heat-age the specimens in accordance with TSL5100G, Section 4.17. Teper and aging duration shall be as specified in Table 7. > Measure the elongation and 80 % modulus in accordance with sects 1 942 of TsLs1006 Determine 50 % modulus change using the formula (1) NS 50 ¥ modulus change (8) = 722x100 where, S % 50% modulus under ordinary conditions defined in Section 6.5°© 2X: 50 % modulus ater heat aging = AS ASS HE He Standard temperdture (6) aosz fy 10022 | 12022 Standard duration H)._ 00 min, and 400 mi, 6.7 Peel Strength 5 A a ‘This test shall b-eonlucledh accordancé With Seton 4.5 of TSL51006. For Class 4B, however, carry out he measurement immediatslf after thé humidity-heat aging at 50:42 °C x 95:5 %x 100 h Leave tha pecimen ia wet box kept a $0222 °C under relative humidity of 95:5 unl the measureents cartied out. // SB Tea Seat This ‘eg shall be csv in ‘yocardance AS Sector § A2ot susie08/ 6.9 Tack Free >> This test'shatt he candiicted in etic’ ‘with Section’4.10 of TSL51006. 10. Fr hema Strokage : ( “thn a ‘shall be conducted in accordance with emepar aly ites Toa Capa pene cement ahead wt Rev. 8 ebiearnpatousttonpareiharyarssscranenctosiarceaaa Tt beats na TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlertt PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G 6.12 Glass Fogging 6.12.1 Degree of Fogging on Giass This test shall be conducted in accordance with Method B of TSM0503G, othe heat fing temperature shall be 60:2 °C, The duration shall be 3 h 6.12.2 Amine Combination Method ‘This test shall be conducted in accordance with Method B of TSMOS0G. Tha eonieo temperature shall be 80:2 °C SS 6.13 Low-Temperature Resistance 6.14 Heating Loss This test shall be conducted in ageotdarice wit uration fr heat aging shal be a5 specified in Table 8 Section 4 4,14, er1sL8t008 Temperature and Tabie8 7 a] HZ Ha, Standard lemperatire (O)__- Sf, oo | 10022 | 1022 ‘Standard. duration (h) 700 min. and 400 min 6.15 Seam Fatigue © Thiet hal bo conte nace id Class andestegary {77 Condition Glass? jass S| __Giassd__| Gass A Et cates ae [ee ‘Load (N) Ac} 49.0 29.4 ‘Number &F y ropatiion YS. IN, 7500 2500 (Time) SSI é et This test shall be conducted in accord abrasion amount. Further, fpr the-abrasion status ofthe vinyl film after abrasion in grade. This applies also to printed leather and metallic leather. “Trego uh geese Toit Sra emcee ey Rev. 8 ‘uscd anna main ata ad euganot eeepc Cap Sun, 2017 wii TDEM 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlertt! PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G 6.17 Scratch Strength This test shall be conducted in accordance with Section 4.23 of TSL51006., 6.18 Surface Abrasion “This test shall be conducted in accordance with Section 4.24.1 of TSLS100 6.19 Surface Abrasion with Wire This test shall be conducted in accordance with Section " £25 of TSLS1006 6.20 Abrasion Resistance 6.21 High-Temperature Light Resistanée ‘This test shall be conducted in accofdanive with | individual test equipment are given Table’ 10, . Tabls4o_2 Z‘Testniethod [= Tadiation condition Section’4°19.1 of TSL5100G - SS 200 h min. Section 419-2 of TSL5100G. Sf." 750 kJim” (340 nm) » Lessin os of TSLstadeY "77970 kay’ (300 te 400 my 6.22 Diseoloraidtvater Heat Aging’ ZS This test'shall be conducted matcordénce with Section 4.17 of T3150 fon a heat aging procedure. ‘Alter Real aging, evaluate the degrée of discoloration nd fading by'assigning 9 grade using gray scple respectively. Temperetute and dura forheat aging shel b as Spedied in Table 11 Ware me cit B [ Standard temperature (")- WER 100+2 12042 endard ‘duration (h) S "vere ay eerste Oe nome hile Rev. 8 Sac tremens) Sum, 2017 BH TDEM 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301628@9722D vittrabhanu Lamiertt! PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G 6.26 Mixed Agents This test shall be conducted in accordance with Section 4.28 of TSL5100G. shown in Figs. 1 and 2. wi Phthalic-ester (cate 611) elie yatecatelpy cantina teenies ee NT saan So et mcnnny| RAY. 8 M7 ‘DEM 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlertt! PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G “This teat shall BS conducted tacdsace with Section 4.7 of TSL51006. “For Class 4B, however, rout i the measurement immediately after ngpiny eat aging 60:42 YC x 96:5 %x 100 Seas ud be 9.8 Jpad%2000 ti h, idity oF 95-45 % until the 628 Loyctetipeat @ Bending Resgtans® under Conant oad \” eR shailbe conducted in accodance with Secon, 4.28,of TSLS1006. "Remsen apap ements ih Rev. 8 RathceyanscncchcsperscccarttrSigcaa eNom TeMtmnwend) Jun. 2017 wri TDEM 2019/01/18 11:10:21 301528@9722D Jittrabhanu Lamlerttham 2019/01/18 11:10:21 301528@97220 Jittrabhanu Lamlertt! PROTECTED Do Not Reproduce TOYOTA ENGINEERING STANDARD TSL5702G 6.29 Flammabilty This test shall be conducted in accordance with TSMOS00G. Flammability Shailibe tested under ordinary condition and after heat aging’. In the flammability test after heat aging; flammability shall be tested after the specimen is left for at least 336 h in the hot air cirGulation thermostat with the temperature 70:22 °0%, and then left a least 24h under the constant temperature of 20:5 “C and humidity of 50:6 % RH NSS Notes: SS (1) The test may be omitted if the quality was assured inthe fést oer acing xt least 396 h at the temperature of 70 °C. (2) Ifthe test temperature of 70 °C cannot be achieved dub to, a the specimen can be tested at he temperature 6170 °C oF more for at east 336 h, 6.30 Peel Strength after Water immersion (> Immerse the specimen in water adjusted to'20:82 °C for 1h and take tsut. After allowing it to stand for 24 h under the standard coridtions @éfermine th sivength according to Section 4.5 of TSL51006. \ 6.31 Smell Ss “This test shall be condGctedi acsérdance with TSNOBIEG. The size of the specimen shall be 100 6:32 Volatile Organig Sambounds (oes) ~ This test shall be coriducted in agcoidance with TSMOSOBG. The size ofthe specimen shall be 80% 6.34 Flame Retéfdant Tianster Test “Tis tet sabe conducted for PCY syithicleather Sunscreen [Specimen size 200%200-Fam ‘Application area 400106 min 6.38 Stain Removabilty after Rubbing “This test shall be conducted in accordance with Secto#4. 39 of TSLS1006 However, gonduct the test only if lightness L is 40 or higher or the test leather ited with any esr oxpatiem, 6.39 Jeans Staining Resistance TS This test shall be conducted in accordancé"with Section 4.34 of TSL! 6.40 Water Damage 6.41 Calcium Chlorine Dripping Teét, “ This test shall be o aoe in acrdance with seatind 49 of TSL51006. 6.42 Seat Belt Webbing This test shalite oid Agplicable stands < XQ 7 . Tsiz}b5e ~Standatd test methods forseat fabrics with Rear fo items concerning “yenath and durabifty Y 8151006 Sonera test ohode Paria eahors|| >" VASLS101G TsMosqas Flammability tes sthod for interior matéials TeMgso3G@. “~~ Fogging'testnethod for nén-metalic materials sTSNO8056> Smell quality of non-méiallc materials

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