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B@ a@ F<B?<br><br> p?232??21 :aA2?6a9@ @Bpp962?. Semi-CryStalline PolymerS Sulfone PolymerS A:<129 PPA XF1a? lcP u129 Psu m6;129 :<163621 Psu ra129 A Pesu B<bb6;@ PPPP c<;;20A<?@ PPPP e;g6;2 c<;A?<9 u;6A@ P fB@2@ PPP H<B@6;g@ PPP led@ PP l6ghA6;g s<0k2A@ PPP m<A<?<br><br> B?B@h H<912?@ P m<A<? e;1 cap@ P r29aF@ PP s2;@<?@ PPPPP s<92;<61@ P sw6A0h2@ PPPP Get Connected with Solvay a35,-2 ® X>,)8 ® u,-2 ® m14,-2 ® r),-2 ® a polyphthalamideliquid crystal polymer polysulfonemodified polysulfone polyethersulfone 1 2 a35,-2 p52>ph:h)2)31,- (PPa) A:<129 PPA 9@ b?<a1 p?<1B0A @9aA2 g6C2@ F<B :<?2 waF@ A< <pA6:6z2 p2?3<?:a;02, p?<02@@6;g a;1 p?602. th2@2 h6gh-A2:p2?aAB?2 p<9Fa:612@ a?2 0<:paA6b92 w6Ah 92a1-3?22 @B?3a02-:<B;A A20h;<9<gF (smt) p?<02@@6;g a;1 a?2 h6gh9F ?2@6@Aa;A A< :a;F 0<::<;9F B@21 2920A?<;60 092a;6;g ag2;A@, 3B29@ a;1 aBA<:<A6C2 39B61@.<br><br> G9a@@ 36b2? ?26;3<?021 g?a12@ <332? 2x02pA6<;a9 w291 96;2 @A?2;gAh.<br><br> G?a12@ w6Ah h6gh @A?2;gAh a;1 h6gh 29<;gaA6<; a?2 w299-@B6A21 3<? @;ap-36A 12@6g;@. Key features " H6gh @A?2;gAh a;1 @A633;2@@ " W6Ah@Aa;1@ smt p?<02@@6;g Bp A< 280°c " l<w :<6@AB?2 ab@<?pA6<; p?2C2;A@ b96@A2?6;g " H6gh 39<w 3<?<br><br> Ah6;-wa99 12@6g;@ a;1 p?206@6<; <C2?:<916;g " c<;A6;B<B@-B@2 A2:p2?aAB?2@ 3?<: 120-180°c aA 5,000 h<B?@ " ex02992;A 2920A?60a9 6;@B9aA6;g p?<p2?A62@ " ex02992;A 16:2;@6<;a9 @Aab696AF " H6gh @A?2;gAh a;1 @A633;2@@ 3<? g<<1 p6; ?2A2;A6<; " G<<1 a1h2@6<; A< @6960<;2 a;1 2p<xF " fa@A 0F092 A6:2@ 3<? 9<w2?<br><br> :<916;g 0<@A@ " m22A@ 2@Aab96@h21 oem @p206360aA6<;@ X>,)8 217;1, c8>s:)2 p52>3-8 (lCP) XF1a? lcP 6@ a h6gh9F 0?F@Aa996;2 g9a@@-369921 ?2@6; AhaA <332?@ 2x02pA6<;a9 39<w p?<p2?A62@. iA 0a; b2 6;j20A6<; :<9121 6;A< C2?F Ah6;-wa9921 0<:p<;2;A@ haC6;g 9<;g 39<w 92;gAh@, w6Ah 96AA92 <?<br><br> ;< 39a@h. th6@ :aA2?6a9 0a; w6Ah@Aa;1 smt a@@2:b9F, 6;09B16;g 92a1-3?22 @<912? ?239<w, a;1 ?2Aa6;@ 6A@ h6gh @A?2;gAh a;1 @A633;2@@ aA A2:p2?aAB?2@ Bp A< 300°c.<br><br> iA 6@ 6;h2?2;A9F 39a:2 ?2Aa?1a;A a;1 ?2@6@Aa;A A< C6?ABa99F a99 0h2:60a9@. Key features " W6Ah@Aa;1@ smt p?<02@@6;g Bp A< 280°c " H6gh @A?2;gAh a;1 @A633;2@@ Bp A< 300°c " v2?F h6gh 39<w A< 3699 9<;g, Ah6; wa99@ " m<91 0<:p92x g2<:2A?62@ w6Ah A6ghA A<92?a;02@ " oBA@Aa;16;g 0h2:60a9 ?2@6@Aa;02 " i;h2?2;A9F 39a:2 ?2Aa?1a;A Semi-Crystalline Polymers H2aA d23920A6<; t2:p2?aAB?2 (Hdt) aA 1.82 mPa s<912?6;g t2:p2?aAB?2 m29A6;g P<6;A temPerAture, °c reliable HigH-temPerature PerformanCe A:<129 As-1133 Hs A:<129 As-1145 Hs A:<129 At-6130 Hs A:<129 As-1566 Hs XF1a? G-930 A:<129 As-4133 Hs 265 400 200 300 100 0 a35,-2 ® polyphthalamide X>,)8 ® liquid crystal polymer 3 Semi-Crystalline Polymers A:<129 As-4145 Hs A:<129 As-4133 XF1a?<br><br> G-930 PA 6,6 33% Gf PA 4,6 30% Gf Htn 30% Gf A:<129 As-1145 Hs XF1a? G-930 PPs 40% Gf Htn 45% Gf m-ch)41c)2 p85p-8:1-s )4, c>c2- :13-s maA2?6a9@ 96k2 PPs :aF pa@@ @<912? 16p A2@A@, bBA 9a0k Ah2 A2;@692 a;1 392xB?a9 p?<p2?A62@ ?2qB6?21 3<?<br><br> :a;F 2920A?<;60@ app960aA6<;@. A:<129 PPA 1296C2?@ @A?2;gAh, A<Bgh;2@@ a;1 6:pa0A ?2@6@Aa;02 a9<;g w6Ah 9<w :<6@AB?2 ab@<?pA6<;, h6gh Hdt a;1 3a@A2? 6;j20A6<; :<916;g 0F092 A6:2@.<br><br> one-minute Solder diP teSt 250°c260°c270°c280°c A:<129 PPA oKoKoKoK XF1a? lcP oKoKoKoK PA 4,6 oKB96@A2?@B96@A2?@B96@A2?@ Htn oKoKB96@A2?@B96@A2?@ Pct oKB96@A2?@B96@A2?@B96@A2?@ PPs oKoKoKs<3A2;@ Test bars conditioned at 23°C in 50% relative humidity for 48 hours. injeCtion molding CyCle timeS time, seconds 0 10 5 15 20 l5w-8 351s:;8- p8-<-4:s *21s:-814/ B96@A2?6;g 6@ p?6:a?69F 0aB@21 bF waA2?<br><br> Cap<?6z6;g 1B?6;g smt p?<02@@6;g. A:<129 PPA ab@<?b@ @6g;6360a;A9F 92@@ :<6@AB?2 Aha; 0<;C2;A6<;a9 a;1 <Ah2? h6gh-A2:p2?aAB?2 ;F9<;@, :ak6;g 6A a; 2x02992;A 0a;161aA2 3<?<br><br> smt p?<02@@6;g Bp A< 280°c. Water abSorPtion WeiGHt GAin, % 0 0.8 0.2 1.0 0.6 1.4 0.4 1.2 1.6 4 Semi-CryStalline gradeS for automotive e/e Semi-Crystalline Polymers a35,-2 p52>p:h)2)31,- HigH StrengtH aS-1133 HS H6gh @A?2;gAh, 33% g9a@@ 36b2? aS-1145 HS H6gh @A?2;gAh, 45% g9a@@ 36b2?<br><br> aS-1566 HS l<w 0<@A, 9<w wa?pag2, 66% :6;2?a9/g9a@@ a-4160 HSl H6gh @A633;2@@, 60% g9a@@ 36b2?, waA2?-0<<921 :<916;g aS-4133 HS H6gh @A?2;gAh, 33% g9a@@ 36b2?, waA2?-0<<921 :<916;g aS-4145 HS H6gh @A?2;gAh, 45% g9a@@ 36b2?, waA2?-0<<921 :<916;g tougHened at-1002 HS H6gh 29<;gaA6<;, A<Bgh2;21, B;369921, waA2?-0<<921 :<916;g et-1000 HS i:pa0A :<163621, B;369921, waA2?-0<<921 :<916;g at-1116 HS t<Bgh2;21, 16% g9a@@ 36b2?, waA2?-0<<921 :<916;g at-6115 HS t<Bgh2;21, 15% g9a@@ 36b2?, waA2?-0<<921 :<916;g at-6130 HS t<Bgh2;21, 30% g9a@@ 36b2?, waA2?-0<<921 :<916;g ConduCtive a-1625 HS c<;1B0A6C2 3<? 2920A?<@AaA60 16@@6paA6<; HigH floW a-6135 Hn H6gh 39<w, ;<A 9Bb?60aA21, waA2?-0<<921 :<916;g HfZ a-4133 l H6gh 39<w, waA2?-0<<921 :<916;g laSer Welding a-6135 nl bK la@2? ab@<?b2?, h6gh 39<w, ;<A 9Bb?60aA21, waA2?-0<<921 :<916;g a-6135 nl nt la@2?<br><br> A?a;@:6@@6C2, h6gh 39<w, ;<A 9Bb?60aA21, waA2?-0<<921 :<916;g flame retardant afa-6133 v0 Z f9a:2 ?2Aa?1a;A, 33% g9a@@ 36b2?, waA2?-0<<921 :<916;g Hffr-4133 Ha9<g2;-3?22 39a:2 ?2Aa?1a;A, 33% g9a@@ 36b2?, waA2?-0<<921 :<916;g X>,)8 217;1, c8>s:)2 p52>3-8 g-930 30% g9a@@ 36b2? 5 ProPertyunitS a35,-2 aS-1133 HS a35,-2 aS-1145 HS a35,-2 aS-1566 HS a35,-2 a-4160 HSl a35,-2 aS-4133 HS a35,-2 aS-4145 HS Tensile Strength kp@632.638.129.035.030.632.5 iso 527 mPa225263200244211224 Tensile Modulus kp@61,7702,3203,2603,3301,8302,340 iso 527 GPa12.216.022.823.312.616.1 Tensile Elongation %3.02.71.41.42.62.2 iso 527 Flexural Strength kp@647.354.541.255.842.947.4 iso 178 mPa326376284385296327 Flexural Modulus kp@61,4902,1502,9802,8001,5101,940 iso 178 GPa10.314.820.819.310.413.4 Izod Impact Strength, 3A-9b/6; 2 5.06.73.14.64.8 Notched iso 180/1A kJ/: 2 10.514.16.69.710.0 Izod Impact Strength, 3A-9b/6; 2 39 21.028 Unnotched iso 180/1u kJ/: 2 824459 Heat Deflection Temperature °c277279280304294298 aA 264 p@6 (1.82 mPa), iso 75Af °f531534536579561568 Melting Point °c310312311327327320 iso 11357-3 °f590594592621620608 CLTE, Flow Direction pp:/°c2415172216 3?<: 0-100°c, Astm e 831 pp:/°f1389129 CLTE, Transverse Direction pp:/°c6050445959 3?<: 0-100°c, Astm e 831 pp:/°f3328243333 Flamability HBHBHBHBHBHB 1/32 6;. (0.8 ::) ba?, ul 94 Hot Wire Ignition Plc (2) 0 0 (3) 1/32 6;.<br><br> (0.8 ::) ba?, ul 746A Comparative Tracking Index Plc00000 ul 746A Glow Wire Ignitability Temperature °c725960775750 1/32 6;. (0.8 ::) ba?, iec 695-2-1/3 °f1,3371,7601,4271,382 Specific Gravity 1.441.561.841.751.451.55 iso 1183A Water Absorption, 24 Hours %0.20.10.10.20.30.2 iso 62 Mold Shrinkage, %0.40.20.30.50.50.5 Flow Direction iso 294-4 Mold Shrinkage, %0.80.60.50.81.00.8 Transverse Direction iso 294-4 (1) Actual properties of individual batches will vary within specification limits. (3) Measured using a 1.5-mm bar.<br><br> (2) PLC = Performance Level Category. Best performance assigned to category 0. Semi-Crystalline PolymersSemi-Crystalline Polymers Typical Properties 1 6 ProPertyunitS a35,-2 at-1002 HS a35,-2 et-1000 HS a35,-2 at-1116 HS a35,-2 at-6115 HS a35,-2 at-6130 HS a35,-2 a-6135 Hn Tensile Strength kp@610.910.223.216.524.630.6 iso 527 mPa7570160114170211 Tensile Modulus kp@64,0003,5001,0007801,3501,670 iso 527 GPa2.82.46.95.49.311.5 Tensile Elongation %157.03.73.93.32.0 iso 527 Flexural Strength kp@611.510.228.624.732.643.5 iso 178 mPa8070197170225300 Flexural Modulus kp@63,3002,6009706201,1001,650 iso 178 GPa2.31.86.74.37.611.4 Izod Impact Strength, 3A-9b/6; 2 6.034.93.85.56.34.3 Notched iso 180/1A kJ/: 2 13748.111.613.29.1 Izod Impact Strength, 3A-9b/6; 2 n< B?2akn< B?2ak25.026.029.230.0 Unnotched iso 180/1u kJ/: 2 n< B?2akn< B?2ak53546262 Heat Deflection Temperature °c118109258265276288 aA 264 p@6 (1.82 mPa), iso 75Af °f244228497509529550 Melting Point °c315310310307306310 iso 11357-3 °f599590590585583590 CLTE, Flow Direction pp:/°c8585232123 3?<: 0-100°c, Astm e 831 pp:/°f4747131213 CLTE, Transverse Direction pp:/°c10181779763 3?<: 0-100°c, Astm e 831 pp:/°f5645435435 Flamability HBHBHBHBHBHB 1/32 6;.<br><br> (0.8 ::) ba?, ul 94 Hot Wire Ignition Plc (2) 0 (3) 0 1/32 6;. (0.8 ::) ba?, ul 746A Comparative Tracking Index Plc00 ul 746A Glow Wire Ignitability Temperature °c750 1/32 6;. (0.8 ::) ba?, iec 695-2-1/3 °f1,382 Specific Gravity 1.131.131.281.221.341.45 iso 1183A Water Absorption, 24 Hours %0.50.70.20.20.20.3 iso 62 Mold Shrinkage, Flow %2.01.50.61.00.50.5 Flow Direction iso 294-4 Mold Shrinkage, %2.11.50.61.10.81.0 Transverse Direction iso 294-4 (1) Actual properties of individual batches will vary within specification limits.<br><br> (3) Measured using a 1.5-mm bar. (2) PLC = Performance Level Category. Best performance assigned to category 0.<br><br> Semi-Crystalline Polymers Typical Properties 1 7 ProPertyunitS a35,-2 a-1625 HS a35,-2 a-6135 nl a35,-2 HfZ a-4133 l a35,-2 afa-6133 v0 Z a35,-2 Hffr-4133 X>,)8 g-930 Tensile Strength kp@626.030.626.127.023.219.6 iso 527 mPa180211180186160135 Tensile Modulus kp@61,8901,6701,7402,1001,7402,290 iso 527 GPa13.111.512.014.512.015.8 Tensile Elongation %2.02.01.81.62.31.6 iso 527 Flexural Strength kp@639.943.537.037.633.441.1 iso 178 mPa275300255259230283 Flexural Modulus kp@61,5801,6501,6001,8301,5702,430 iso 178 GPa10.911.41112.610.816.7 Izod Impact Strength, 3A-9b/6; 2 4.44.34.03.93.85.0 Notched iso 180/1A kJ/: 2 9.39.18.487.9 Izod Impact Strength, 3A-9b/6; 2 2430.01921238.5 Unnotched iso 180/1u kJ/: 2 506240444818 Heat Deflection Temperature °c275288310277300271 aA 264 p@6 (1.82 mPa), iso 75Af °f527550590531572520 Melting Point °c319310327310327330 iso 11357-3 °f606590621590621626 CLTE, Flow Direction pp:/°c 9 (4) 23 20 (5) 16203-7 3?<: 0-100°c, Astm e 831 pp:/°f 5 (4) 13 11 (5) 9112-4 CLTE, Transverse Direction pp:/°c 47 (4) 63 64 (5) 728040-80 3?<: 0-100°c, Astm e 831 pp:/°f 26 (4) 35 35 (5) 404422-44 Flamability HBHBHBv-0v-0v-0 1/32 6;. (0.8 ::) ba?, ul 94 Hot Wire Ignition Plc10 1/32 6;. (0.8 ::) ba?, ul 746A Comparative Tracking Index Plc13 ul 746A Glow Wire Ignitability Temperature °c800960 1/32 6;.<br><br> (0.8 ::) ba?, iec 695-2-1/3 °f1,4721,760 Specific Gravity 1.261.451.461.681.461.6 iso 1183A Water Absorption, 24 Hours %0.30.30.30.20.3<0.1 iso 62 Mold Shrinkage, %0.40.50.50.30.30.01 Flow Direction iso 294-4 Mold Shrinkage, %0.61.01.00.61.30.42 Transverse Direction iso 294-4 (4) Coefficient of Linear Thermal Expansion reported as average for flow from 0-50°C. (5) Coefficient of Linear Thermal Expansion reported as average for flow from 0-90°C. Semi-Crystalline Polymers Typical Properties 1 8 u,-2 ® polysulfone m14,-2 ® modified polysulfone r),-2 ® a polyethersulfone sB93<;2 p<9F:2?@ a?2 a:<?ph<B@ h6gh-h2aA p<9F- :2?@ AhaA ?2Aa6; Ah26?<br><br> :20ha;60a9 @A?2;gAh 6; @<:2 <3 Ah2 A<Bgh2@A 2;C6?<;:2;A@. u;369921 g?a12@ <332? g<<1 1B0A696AF a;1 a?2 aCa69ab92 6; a ?a;g2 <3 A?a;@- pa?2;A 0<9<?@.<br><br> u129 p<9F@B93<;2 (Psu) <332?@ 2x02pA6<;a9 16:2;- @6<;a9 a;1 hF1?<9FA60 @Aab696AF a;1 ha@ a; Hdt <3 174°c (345°f). m6;129 :<163621 Psu p?<C612@ @p206360 a1Ca;Aag2@ <C2? u129 Psu, @B0h a@ @Bp2- ?6<?<br><br> 2920A?60a9 p?<p2?A62@. ra129 A p<9F2Ah2?@B93<;2 (Pesu) <332?@ a h6gh Hdt <3 204°c (399°f) a;1 b2AA2? 0h2:60a9 ?2@6@Aa;02 Aha; u129 ?2@6;@.<br><br> Key features " H6gh g9a@@ A?a;@6A6<; A2:p2?aAB?2@ Bp A< 220°c " sA?2;gAh a;1 A<Bgh;2@@ aA 292CaA21 A2:p2?aAB?2 " ex02992;A hF1?<9FA60 @Aab696AF " G<<1 2920A?60a9 6;@B9aA6<; p?<p2?A62@ " H6gh 29<;gaA6<; 3<? g<<1 1B0A696AF " Wa?p ?2@6@Aa;02 Sulfone Polymers Sulfone Polymer gradeS for automotive ee u,-2 p52>s;2.54- P-1700 nt t?a;@pa?2;A, h6gh 1B0A696AF gf-120 20% g9a@@ 36b2? gf-130 30% g9a@@ 36b2?, ul 94 v-0, h6gh @A633;2@@ m14,-2 35,1.1-, p52>s;2.54- b-430 30% g9a@@ 36b2?, ul 94 v-0, ha9<g2;-3?22 r),-2 a p52>-:h-8s;2.54- ag-320 20% g9a@@ 36b2?, h6gh tg ag-330 30% g9a@@ 36b2?, h6gh tg, h6gh @A633;2@@ Additional grades are available.<br><br> 9 ProPertyunitS u,-2 P-1700 nt u,-2 gf-120 u,-2 gf-130 m14,-2 b-430 r),-2 a ag-320 r),-2 a ag-330 Tensile Strength kp@610.214.015.617.615.818.9 Astm d 638 mPa7097108121109130 Tensile Modulus kp@63608701,2601,3608301,250 Astm d 638 GPa2.56.08.79.45.78.6 Tensile Elongation %50-1003.02.02.53.21.9 Astm d 638 Flexural Strength kp@615.421.522.426.923.526.0 Astm d 790 mPa106148154185162180 Flexural Modulus kp@63908001,1001,3609501,250 Astm d 790 GPa2.75.57.69.46.68.6 Izod Impact Strength, 3A-9b/6; 2 1.31.01.31.81.11.4 Notched Astm d 256 kJ/: 2 695369965975 Izod Impact Strength, 3A-9b/6; 2 n< B?2ak981210 Unnotched Astm d 256 kJ/: 2 n< B?2ak477430640530 Heat Deflection Temperature °c174180181166214216 aA 264 p@6 (1.82 mPa), Astm d 648 °f345356358330417420 Glass transition Temperature °c190190190184220220 dsc °f374374374363428428 Coefficient of Thermal Expansion pp:/°c562319263131 3?<: 0-100°c, Astm e 831 pp:/°f311310131717 Flamability HBHBv-0v-0 1/32 6;. (0.8 ::) ba?, ul 94 Hot Wire Ignition Plc (2) 3 (3) 3 (3) 1042 1/32 6;. (0.8 ::) ba?, ul 746A Comparative Tracking Index Plc444344 ul 746A Glow Wire Ignitability Temperature °c875875850960 1/32 6;.<br><br> (0.8 ::) ba?, iec 695-2-1/3 °f1,6071,6071,5621,760 Specific Gravity 1.241.401.491.521.511.58 iso 1183A Water Absorption, 24 Hours %0.300.200.100.100.450.39 iso 62 Mold Shrinkage %0.70.30.2 0.3 fd (4) 0.40.3 iso 294-4 0.6 td (4) Melt Flow g/10 :6;6.56.56.57.06.04.5 (1) Actual properties of individual batches will vary within specification limits. (3) Measured using a 1.5-mm bar. (2) PLC = Performance Level Category.<br><br> Best performance assigned to category 0. (4) FD = Flow Direction, TD = Transverse Direct ion. Sulfone Polymers Sulfone Polymers Typical Properties 1 World HeadquarterS s<9CaF A1Ca;021 P<9F:2?@, llc A9pha?2AAa, G2<?g6a usA Ph<;2 800.621.4557 (usA <;9F) +1.770.772.8760 CHina s<9CaF sha;gha6 c<:pa;F, lA1 sha;gha6, ch6;a Ph<;2 +86.21.5080.5080 euroPe s<9CaF A1Ca;021 P<9F:2?@ G:bH dB2@@291<?3, G2?:a;F Ph<;2 +49.211.5135.9000 india s<9CaF sp206a9A62@ i;16a P?6CaA2 lA1 P?abha12C6, mB:ba6 i;16a Ph<;2 +91.22.243.72646 jaPan s<9CaF A1Ca;021 P<9F:2?@, KK t<kF<, Japa; Ph<;2 +81.3.5425.4300 SoutH ameriCa s<9CaF QB6:60a lA1a sa< PaB9<, B?az69 Ph<;2 +55.11.3708.5272 SoutH Korea s<9CaF K<?2a c<:pa;F, lA1 s2<B9, K<?2a Ph<;2 +82.2.756.0355 s<9CaF A1Ca;021 P<9F:2?@ ha@ :a;F 9<0aA6<;@ a?<B;1 Ah2 w<?91.<br><br> P92a@2 C6@6A <B? w2b@6A2 3<? 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