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% t .4 CHEMICALS AND PLASTICS received ^0 fi 1968 'Tu\mheeler SOUTH CHAILCST^I m punt p. o. box bom.. SOUTH CHAKUSION W VA frMH To (Homo) Compart} locaNoft Copy to Mr. W. A. McClain December 3, 1968 SOUTH CHARLESTON PLANT Ofie^g w. An*wring iortor daim Mr, H. V. Hooper, Jr. Mr. W. O. Rodger* New Resin Solution Products 6oo- Aj`t* Dear Mr. McClain: Please issue the following 885 account numbers: 1. To cover the cost of initial production of resin solution MA-34-18 (Product Code 7V166}. This is a new nydrolyzed polyvinyY~a.ceta.te resin solution in methyl acetate. Initial production was undertaken in November for market development. When this product becomes established in about three months, we will issue an estimated standard cost and close this account. A^ fj) 4 2. To cover the cost of initial production of new resin solution product AU-42 (Product Code 76422). This solution is 42 percent solids in acetone and"ethanol. Initial production was undertaken in November for market development. When this product becomes established in about three months, we will issue an estimated standard cost and close'this account. RNWJr/ra UCC 040010 BFGoodrich PM-2 Thermoplastic Materials SlFGoodrich Thermoplastic Materials Geon Vinyl Resins General Purpose Type Dispersion Resins Super EP Type Blending Resins Powder Coating Resins co cd co ro ro Page Rigid Geon Vinyl Compounds Building Products-Exterior Building Products-lnterior For Coextrusion Capstock Pipe, Pipe Fitting Compounds Cellular Rigid Extrusion Compounds 4 5 6 7 7 Wire and Cable Insulation 8, 9 Wire and Cable Sheath 10, 11 Geon Vinyl Flexible Molding A and Extruding Compounds 12 V' Rigid Geon Vinyls -- Injection Molding Compounds 13 Telcar Thermoplastic Elastomers 13 Estane Thermoplastic Polyurethane Polymers Compounds Properties of Geon CPVC Compounds 14 14 15 Carboset Acrylic Resins Metric Terminology 15 16 ucc 040012 GEON* VINYL RESINS-GENERAL PURPOSE TYPE PvtfcfcsOa vSSS}' Powslty' HaXLnaa SOn Max % mu ASTM ICSP/pO HMax. 40 mash (425*1*) 140 M 106mm) CiaaaMcatioa Gear* KEEP F-5 1.13 0.30 0.30 100 20 GP-6-15443 Geon* 103EP 1.02 0.25 0.30 100 20 GP-5-15543 Geon* 103EP F-76 0.92 0.20 0.30 100 20 GP-4-16043 Geon* 110X334 0.68 0.12 0.30 100 35 GP-1-16100 'ASTM D124346 'ASTM D 2873-70 GEON1 VINYL DISPERSION RESINS Inherent viscosity, ASTM 0124306 Specific gravity (approx.) FDA-acceptaMe General Payee# Dm* 121 120 1.40 Yea Gaea* 128 120 1.40 Yea Gaea* 124 0.89 140 Yes Gaea* 124F-1 0.92 1.40 Yw Foae Low Fasten Spaciaty Resins Gaea* 120X261 1.X 1.40 Yea Gaea* 120X241 0.73 1.40 Yea Gam* 136 1.12 1.39 Ltd. Gaea* 120X271 1.40 1.40 Yea Gaea* 130X17' 1 40 1.39 Yea Flew Proaertlss Brookfield RVF lima vecosity MPa-soicP 1 day 1 week 1 month Swats efflux' (#ri00e) 1 day 1 week 1 month 2RPM 20RPM 2RPM 20RPM 2RPM 20RPM 2RPM 206PM 7 000 4 500 10500 8000 13500 10000 17 000 13000 16.0 140 12.0 4900 3 500 8 800 6 700 13000 9 500 20000 14000 30.0 25.0 20.0 4400 3800 5800 5 000 7 500 6600 10000 7200 21.0 20.0 19.0 32000 13 000 40000 19500 47500 23500 52 500 20500 22.0 20.0 160 4800 3600 8 800 6500 10000 7500 16000 12X0 20.0 190 180 4 000 30X 5000 44X 5 500 5000 7 000 5500 35.0 34.0 33.0 8 000 6500 12 000 10000 16000 12 OX 25 OX 20 OX 12.0 10.0 8.0 94X 38X 112X 47X 131X 58X 156X 72X 35.0 32.0 28.0 175X 11 OX 25 OX 19X0 25 OX 20 OX - 8.0 7.0 6.0 MMWfaaai Hot plate ael. C lF) 75 (168) 76 (170) 71 (160) 71 (160) 74 (165) 68 (156) 65 (150) 92 (IX) 65 (150) Fw pnoettMi1, teaele itraMtk X 135C(275F) MPa (pal) 149C(30OF) MPa (pail 163C I325F) MPa (pslt 176C (350F) MPa (pal) 190C (375F) MPa (pail 204C(400F) MPa (pal) 6.9 (1.000) 6.9 (1.000) 6.5 (950) 5,4 (780) 11.0 (1.600) 10.3 (1.500) 110 (1,600) 8.1 (1,170) 15.8 (2.300) 16.5 (2.400) 15.8 (2.300) 138 (2.000) 19.3 (2400) 204 (2.850) 18.3 (2.650) 15.5 (2250) 20.0 (2.9001 200 (2.850) 183 (2.650) 16.5 12.400) 19.3 (2.800) 18.6 (2.700) 17.9 (2.600) 17.6 (2.5501 6.9 (1,000) 52 (750) 11.0 11.600) 11.0 (1.600) 9.0 (1.300) 16.5 I2.4X) 15.8 (2.300) 12.4 (1,800) 17.2 (2.500) 18.6 (2.7001 13.1 (1.900) 19.3 12.800) 19.3 (2.800) 13.8 (2.000) 19.3 12.800) 19.3 (2.800) 13.8 (2.000) 17,9 (2.600) 5.2 (750) -- - 10,3 (1.500) 16.5 (2.400) 8.0 (1.150) - 19.6 (2.850) 20.0 12.900) 14.5 (2.100) - 18.6 (2.700) 14.5 (2.100) Elongation, %, at 13SC(275F) 149C(300F) 163C(325eF) 176C|350F) 190C(375F) 204C I400F) in 80 100 90 100 80 2X X - 200 150 200 170 200 200 300 IX IX 350 300 375 325 375 300 350 320 - 425 400 400 380 400 350 4X 425 380 425 400 400 380 400 .350 4X 4X - 400 375 400 380 400 325 360 425 380 TeX nope: Geon* dispersion rest) Plasticizer StaWizer IX pans X 2 ' At 0.7 MPa (X psi) wan i .56 mm diameter onfics 0.51 -mm(I20mil) films (used 5 mtues x Indtcaud tempantiaes, ASTM Ole "C", 5X mm/mln (XIPM) ASTM 0638 'Rack#: Geon*i 30X17 IX parts Plasticizer X Ucc 040013 2 GEON* VINYL RESINS-SUPER EP TYPE Inherent Viscosity' PorasSy* (cmVgm) Hast Lou % Mil. Paittctssizn ft thru Mai. % dim 30 moss (600 u<h) 100 mash (150 ids) ASTM Ciasatflcattoe Geon* 99 1.37 0.60 0.30 100 <5 GP-8-14440 Geon* 92 1.02 0.45 0.30 100 <1 GP-5-15443 'ASTM D 1243-66 2ASTM 0 2873-70 GEON! VINYL BLENDING RESINS Inherent viscosity Specific gravity (approx.) FDA acceptable Test Method Germ' Gass* 100X122 101F-4 ASTM 0 1243-66 0.85 1.40 yes 110 140 yes Geon' Gear* 140X30 140X31 .74 .84 1.40 1 40 yes yes Geos* 140X32 76 1,40 yes Flow Properties Brookfield LVF visocity Initial 2 RPM 12RPM i-Day 2 RPM 12 RPM 1 -Wk 2 PM 12 RPM 1-Month 2 RPM 12 RPM SPI-VD-T1 2800 2600 3200 3000 3500 3400 4500 4300 3500 3500 4200 4200 5000 5000 6000 6000 4800 4400 6000 5800 8000 7400 9000 8600 5800 5300 7500 6700 8000 7800 10000 9600 5500 5000 7000 6500 8000 7700 10000 93000 Severs Efflux' (gm/100 sec) SPI-V0-T2 759 567 43.2 375 38.8 Fineness ot grind, vinyl dispsision gauge SPI-VD-T10 170-200 110-140 90-130 100140 100-140 Gloss, Gardner reflectance al 60 angle2 38 27 36 19 24 Gel temperature C (F1 SPI-VD-T18 89 (1921 96(205) 841189) 79(175) 79(175) Clarity, percent ol light transmitted through 20 mil film 58 50 63 38 60 Film Properties2 Tensile strength, MPa (psi) at 149C (300F) 163C (325Fj 177C (350F) 191C (375F) ' 204C (400F) ASTM 0 822-56T 84(1220) 8.3(1200) 10.0(14501 11.7(1700) 114(1650) 11 2(16251 9.9114401 12.4(18001 13.912020) 134(1950) 123(1785) 12.4(1800) 19.6(21)5) 15.8(2300) 15.8(23751 13.4(1950) 14.9(2166) 15.5(2250) 165(2400) 16.4(2385) 15.2(2200) 16.9(24501 14.1 (20501 16.5(24001 16.1 (23331 Elongation. % at 149C (300F) 163C (325F( 177C (350F) 191C (375 F) 204C (400F) 183 137 220 223 215 230 195 287 300 295 280 240 325 353 360 310 303 390 360 366 320 325 373 340 343 Test Recipe: Geon* 121 60Parts Geon* blending resm AO plasticizer 60 stabilizer 2 'At 0.7 MPa 195 psi) with ,1660 cm diameter orifice 'Samples (used 5 minutes at 177C 1350F) "20 mil tHms fused 5 minutes at indicated temperature. ASTM Die "C". 500 mm/mln (20 PM) GEON* POWDER COATING RESINS Geon* powder coating resins are fine particle size resins with a narrow particle size distribution. They dry blend well in high intensity mixers and are well accepted in the electrostatic spray and fluid ized bed coating market. Vinyl powder compounds made with Geon* powder coating resins readily melt and flow into durable, continuous coatings when heated to 204-232C (400-450 F). Test Method Inherent Pltsttcizir Porosity, Vkcorty Sorption, pfr cc/gm ASTM D 792 BFG838 BFG 511-A Heat Leu. % mailimim BFG 793-C Geon2140X31 Geon2140X32 Test Method 84 76 %thn 40 mesa >90 020 >80 0.15 Pirticle Size %thni %thnt ix mesh 200 mtsl BFG 812-F OX X ASTM ClassIflcitiOft ASTM D1756 Geon* 140X3) 100 >95 >25 GP3-46343 Geon* 140X32 IX >95 >25 GP2-46243 ucc 040014 3 RIGID GEON* VINYL COMPOUNDSBUILDING PRODUCTS--EXTERIOR Estniaimi Comptnidda NOTE: Al tests were nin tt room temperatuta except where indicated Cel! classification Form of compound Specific gravitv. *002 Hardness. Ouiometer D = 3 Compression strength MPa (PSD Flexural strength MPa (psi) Tensile strength at 26C (78F) MPa (PSI) 0C(32F) MPa (psi) -40C(-40F) MPa (PSD Flexural modulus MPa (psi) Tensile modulus MPa (PSD Tensile impact strength joulss/cm (tt Ibs/lnch) Heat deflection temperature at 1.82 MPa (264 psi) izod impact strength, notched loules/cm (ft-lbs/lnchl at 23C (72F) 0C (32F) --27C (--18F) High current arc resistance, UL 746 Hot wee ignition, UL 746 Arc resistance seconds to track/seconds to Ignite High voltage arc resistance, UL 746 seconds to track/seconds to ignite Arc tracking rate. UL 746 cm/mln in/min Dielectric strength, vofts/mm. normal moist (volts/mll), normal moist MXume resistivity, megohm-cm normal moist Coefficient of linear expansion 1(P cm/cm, C(lCn m/in. F) Coefficient of thermal conductivity W/m-K.C(BTU.m/,h,F) ASTM Test MatMd D1784-69 D 792 D 786 0695 D790 0638 0790 0638 01822 0648 0 256 0495 0149 0257 0696 C177 7082 13454-C cuOe 1.46 78 70 (10.100) 112 (16.200) Prafle Normal Impact 7084 I2454-C cube 146 80 66 19.6001 100 (14.500) 49 (7,100) -- - - -- 2829 (410.000) 38(71,21 72C (161 F) 095(1 8) 0,53(1.0) 0.42(0,81 no ignition nognltlon 6/6 3/no ignition 30-38 (12-15) 28 920 31008 (734) 1787) 7 55x10* 610x10* 6.313,5) 0.19(1.3) 50 (7.3001 62 (9,000) 83 (12.000) - -- 2898 (420.000) - 71C(160F) 0.74(1.4) 0 37(07) 0 26(05) 5.212.9) 014(101 85862 14354-C powder 1,46 78 Sheet and Profile Impact Modified 85857 13344-C cube 1.46 82 -__ 81 (11.800) 78 (11,300) 44 (6.400) _ _ -- _ 3284 (476,000) 3105 (450.0001 40(75.7) 73CD63F) 42418 0) - 43 16,200) _ _ _ 2 825 1410.000) 2 446 1355.000) -- 73C|163F) 2.0113,81 095i1 81 6.3(3.51 - 59(33) " ucc 040015 RIGID GEON* VINYL COMPOUNDS BUILDING PRODUCTS--INTERIOR NOTE, All tests wore run at room temperature except where Indicated Cell classification Form ot compound Specific gravity 002 Hardness Rockwell R Ouiometer D=3 ASTM Test Method 0 1784-69 0 792 D 785 D 2240 8700A'1 16344 cubes 139 111 82 Extrusion Compounds Profile 8702 16234 cubes 1 39 82662 13364 cubes 1,37 107 117 81 80 87262 16344 cubes 1,39 111 82 Compression strength MPa IPSlI Flexural strength MPa tosi) Tensile strength MPa IPSlI Flexural modulus MPa ip$i) Tensile modulus MPa IPSlI Heat distortion temperature at 1 82 MPa (264 psi), C lFI D 696 0 790 D 638 D 790 D 638 0648 56 (8.1001 76 (11,000) 43 16.200) 2 415 (350.0001 2 691 1390,0001 73(163) 50 (7.200) 96 (14,000) 37 (5.400) 3101 (450,000) 2 412 (350.0001 735(164) 66 (9,6001 90 (13.000) 47 (6.800) 3 307 (480.000) 3 514 1510.000) 73 5(164) 56 (8.100) 78 (11,300) 42 (6.150) 2 598 (377,0001 2 308 (355,000) 77(171) izod impact strength, notched louies/cm itt-lb/mch) at 23C |73F) 0C l32F) -- 18C (0Fl Modified Izod unnotched at 23C (73F) 0C |32F| -18 |0F) D 256 ran 90(17) 09(16) 05(10) 35+ (64+1 35+ (64+) 23+ (42+) 11 (21) 1,5 (2.8) 08(1,4) 35+ (64+) 35+ (64+) 12(23) 10(201 05(10) 04(08) 35+ (64+) 35+ 164+) 13(24) 7 3(13,8) -- - - - Dielectric constant 60 Hz at 30C l86F) 1000 Hz at 30C (86FI Power factor 60 Hz at 30C (86F) 1000 Hz at 30C I86FI Htgn current arc resistance. UL 746 Hot wire ignition, UL 746 Arc resistance seconds to track/seconds to ignite High voltage arc resistance, UL 746 seconds to track/seconds to ignite Arc tracing rate. UL 746 cm/mm un/mini Dielectric strength volts/mm, normal moist ivolts/mili normal moist Volume resistivity. meQonm-cm normal moist D 150 0150 0 49S 6 149 D 257 Coetlicieni of linear expansion 10* cm/cm, C (10s in/in. FI Coefficient ot thermal conductivity w/m r'C iBTU, in/ftT h, "FI Drop impact resistance t 5mml0060mchlthick joules ift/ibs) D 696 D 177 D 3029 ' Flammability class UL 94V-0 runderwiners Laboratories yellow card listing 3,9 33 2.9 40 no ignition no ignrtwn 6/7 39 33 29 33 -- - 2-3/no ignition - 3845 (15-18) -- - 27 186 27 580 (690) (700) 27186 27 580 (690) (700) 5.1 x 10* 51x10* -- - 66(3,71 5.8(3.31 37 36 12 2.8 -- - -- -- - 55160 -- (1,400) - -- r 5 7(3.11 -- - - - - - - - - 6.6 (3.7) 01611.11 19(14) 0,16(11) 19(14) 0.16 (IT) * 23(17) 016(11) - `These compounds are not recommended for exterior applications All data are based on natural color 87255 12453 cubes 1 34 112 78 90 (13.0001 50 (7.200) 2 963 (430.000) 2 898 (420.0001 661151) 07(1,3) 0,3(06) 0.3 (0,61 - - - - - - -- - -- 68(38) - - 87258 15354 cubes 1 41 113 78 Sheet and Profile 8750 12464 cubes 142 118 81 - 88 (12.700) 45 16,600) 3 231 (469.000) 2 756 (400,0001 73 5(1641 66 (9.5001 90 (130001 52 (7 500) 3 243 (470000) 3714 (460.0001 74(165) 5,3(10.0) -- - - - - - - - - - - -- - -- - 60(3.31 - - 0,5(101 04(081 0.310,6) 35+ (64+ 35+ |64+ 6(12) 37 36 12 28 - - - 55160 - (1.400) - - 5 7(31) 01611 1) 191141 ucc 040016 GEON* VINYL COMPOUNDS FOR COEXTRUSION CAPSTOCK Form pi compound specific gravity, =0.02 ASTM Toil Method D 792-60T 86100' cube Tensile strength, MPa (psi) with grain, yield with grain, rupture across gram, yield across grain, rupture 0 882-75 Tonsil* elongation, % with gram, yield with grain, rupture across grain, yield across gram, rupture 0 882-61T Tear resistance kN/m (iDs/mil). with grain kN/m (Ibs/mil). across gram D1004-61 Dimensional stability, % shrinkage. 4" disc m air oven 10 minutes at 80C(i76F) 10 minutes at 130C (266F) 10 minutes at 2XC (392F) Water adsorption 24 hours at 23C (73F), % volume change 0 570-63 WVTR, gms/100 sq-m/24 hrs (gms/lXsq-m/24 hrsl E 96-6ST Dielectric strength, volts/mm (volts/mil) 0149647 Dielectric constant. 100 cps D 150-65T Wlume resistivity, ohm/cm'xlO* D 257-61 'High gloss, sample thickness 08mm(3 mil) him. ASTM 523-67 'Low gloss, sample thickness 08mm {3 mil) him. ASTM 523-67 Geon 861011 cube 143 20.7(3.0001 30.014,350) 20 312,950) 32,414,7X1 2-3 220 2-3 220 892510.51) 87.X 10 X) 86103* cube 24 5 X 091 20.2 (121 99 446(2,524) 3.4 2.91 References to flammability (flame spread, fuel contribution) and products of combustion (smoke density, combustion gases), as well as descriptive terms relating to combustion characteristics such as flame-retardant or flame-retarded, describe material response to heat and flame under controlled laboratory conditions and do not reflect performance in actual fire conditions. Weatherable Capstock Colors of Goon' Vinyl The capstock approach involves the marriage of two materials, each providing its own best characteristics. Capstocks (3-5 mil) of Geon vinyl coextruded or laminated over a sub strate provide a range of colors, some of which can only be attained by the capstock approach. It provides toughness by way of scratch, mar, abrasion, and stain resistance. Economics often favor the composite ap proach because the most efficient use is made of each material. Thirteen capstock colors are currently available. ucc 040017 RIGID GEON VINYLS-PIPE, PIPE FITTING COMPOUNDS ASTM 1M pye flttag Caagwde Cake* Gm* 85798 Gev* 85690 Pip Eitmta Cmvm* PMtfv Gm* 86483 Gm*86781 Gm* 86707 Classification, type-grade Specific gravity, *0.02 Harrtaess, Duometa D. 3 HaritaeSS. Roclnell R Tensile strength. MPa (PSI) Tensile modulus. MPa (PSI) Fierurai strength^ MPa (PSl) Flenural modulus, MPa (PSI) Izod impact strength notcfed Z3C(73aioules/cm (ft*/l Heal deflection temp, a 1 8 MPa (264 pal) C (F) Shear D792 02240 0 785 0638 D638 0 790 0790 0 256 0848 M 8-1 1.41 135 74 83 112 111 49 (7.075) 47 (6.725) 3180 2 736 (455.5001 (382,000) 90 (12.930) 94 (13.420) ---- -- 0.71 (1.34) 7.36 (1390) 73 (164) . 75 (168) _ NSF approval T MSI tor potable water. OWV TSCI fa pottito wtv 1-1 M 1-1 1.38 1.40 1.40 83 81 82 113 115 117 50 (7.120) 51 (7.300) 52 (7.450) 2 792 2 932 3211 (400.0001 (420.000) (460.000) 93 (13.300) 91 (13.1001 101 (14.480) 2932 (420.0001 3136 (456.000) 3 204 (466000) 1.16 (220) 0.46 (0.88) 0.39 (0.75) 72 (192) Hipft Stage Screw 1120 fa potaHa watt; T MSI fa DWV 74.9 (167) H0r Stagte Screw 1120 fa pootite w*; THSifa mi 168 (170) MJ0- vm 1120 tar potade water; THSifa DWV GeM* 8714 1-1 1.35 PyeEatntataeCtaweadi CM Gm* 86781 Geo* 8761 Geee* 86666 1-1 1-1 M 1.40 1.38 1.38 Gm* tan n 1.35 78 81 80 83 80 107 115 113 113 113 43 (6.100) 51 (7.300) 51 (7,3001 50 (7,120) 48 (6.850) 2 373 (340.000) 2 932 (420800) 2 862 (410800) 2 792 1400.000) 2 827 1406,000) 80 (11800) 91 (13.100) 106 (15.0001 93 (13800) 85 (122001 2 663 (3858001 3136 (466800) 2 860 (415800) 2 932 (420.000) 2 771 (397.000) 7.96 (1580) 0.46 (088) 0.42 10.80) 1.18 !220) 9.01 (17.00) 728 (161) Lew 74.9 (167) HtyJ) 70 (1581 lew 72 (162) Wpt 72.7 (163) High 21101a WftflT 11201a MUr; TMSIla OWV 11201a potatte water T l-GI fa OWV 1120 tar pcratse watt; T MSI fa OWV 2116 ter potatte water CELLULAR RIGID GEON! PVC EXTRUSION COMPOUNDS Speuncgtailty.eiiaMtad.gae/cc Tensile strength, MPa (pel) Ftaanl nakdue. We M Fleurt strangdi. MPa (pen 8ayattan.% StMneee, MPa M Hbk mtatfat C a 18 MPa (264 ptal Itaawet, OuoMa 0 CorfncM of fftw ttonnf ttpavioi 10* w/Cta. (10* ta/ta. Of) tend Met strraft, nwdHd y am 0792 0631 0790 0790 0638 0747 0648 02240 0898 Mwtar H771 (7001 50-80 .70-80 10-12 14-17 (1.400-1.7001 (280028001 1836-1880 18801.726 (1S0SS-200M) (200M-250M 23-32 31-36 (380048001 (480058001 3040 4046 317-442 IKHnmy 414-449 WMM6MI 57-68 86 4060 56 88(38) 5813.11 08(18) 060.7 (12-14) Eitartar fljjW* .7080 17-21 (28003800) 1878-1.723 (200M-2S0M) 3038 (62005.7001 0086 370413 (56M60M) 88 56 58(3.1) 07-11.4) For application ideas and design information about our products, see our companion publication, Designing With Thermoplastics. PM-1. ucc 040018 GEON* VINYL FOR WIRE AND CABLE INSULATION Test mm Test CoMtua Gear2042 Gera8610 Geon* 8730 Geon* 8800 Gan* 8801-021 Gem* 8801-025 Specific gravity (^ 021 ASTMD792 Instantaneous nardiess (3) ASTM 0 2200#40 mil Tensile strength, MPa ASTM0412 (molded (psil /sheets Elongation. % ASTM 0412 Modulus at 100% elongation. MPa ASTM 0412 (OSI) Brittleness temperature. C ASTM D 746 75 mil sheets (F) Low temperature flenblllty, C UL 83 14 AWG 2/64" wall (F) 1.31 87A 1723 12500) 300 10.34 (1500) -30 (-221 -40 (-401 139 86A 13,78 (2000) 270 896 (13001 -25 (-131 -30 (-22) 137 74C 16.54 (2400) 276 1058 (15501 -20 '-a (-40) 135 79C 20.67 (3000) 250 2040 (1800) -10 (14) -30 (-22) 137 90A 1723 * 11 71 (17001 -X (-22) -40 (-40) 137 9QA 1723 12500) 300 11 71 11700) Retention of elongation. % UL 83 I4AWG 2/64" wall Oven aging 7 days at tOOC 90 75 7 days at 113C 65 80 7 days at 121C 75 7 days at 136C Oil aging--ASTM Oil No. 2 4 hours at 70C 4hoursatiOOC 90 70 75 4 days at tOOC 60daysat60C 80 70 85 60daysat80C 95 70 95 80 70 90 85 85 75 Moisture aPsarption. mg/cnp (mg/m!) UL 83 14 AWG 2/64" wall 7 days at 70C 7daysat82C 12 (7 9) 23 (15,0) 12 (80) 07 12 14.2) (8.0) - Deformation at 121C, % UL83 14AWG2/64" wail 1 ht. 500 gram load 29 3S 25 25 33 Volume resistivity at 95C ohm-cmi 10'' ASTM D 257 75 mlf slat) 2.5 22 14 18 2.1 _ Insulation resistance, megoiims/km (megolims/1000 Itl UL83 14 AWG 2/64" wall 1hourat15.6C 12 weeks al60C 24 weeks at 60C I2weeksat75c 763 [2500) S' (84) 24weettsat75C 305 sr BP (83) 610 12000) 5 (17) 4 (12) 1220 (4000) 03 fi? (0.8) 306 (10001 05 (1-8) 05 (18) - Dielectric strength volts/mm (volts/mil) ASTM 0149 14 AWG 2/64" wail short time test mar 27580 (700) 29 550 (750) 29550 (750) 27 580 (700) 33490 (850) - Dielectric constant at 1000 lu UL 83 14 AWG 2/64" wall 1 dayat30C 6.5 6.8 6.2 1-14 days change, % 5.0 7-14 days change, % 3.0 1 dayai 75C 1-14 days change, % 7-14 days change, % 4.8 4.8 2.1 2.0 1.1 1.0 6.9 16 0.9 5,0 15 0.6 Stock extrusion temperature, C (F) Maximum continuous operation. C (F) 177-182 (350-360) 75 (167) 177-182 (350-360) 15 (140) 188-193 1370-380) 80 (176) 199-204 1390400) IK (223) 188-193 13703801 80 (176) 188-193 (370380) X (176) Suggested applications T, TW, T, TW. T, TW, THHN-THWN, T.TW.TW T.TW.TW TW60Coll, TW60Cok TW60CuV, 105CAWM 50Cdil. 60Coll. TypeUA THW 60C OH. MH.-W-16B78 NM jacket NM jacket flexMe 90CMTWwkh MX.W-5006 80CAWMwith 80CAWM, conduit 3/64"wi MIL-W-76 2/64" wall 75 THW Colors* tary 030 Nat 021 B. Gray 247 B. Gray 249 Nat 021 Black 258 TtansOOl FtNal 020 Nat 021 FrNat022 Nat 021 Black 288 Beige 326 Nat 025 FrNat023 Black 291 Geon* 8803 132 86A 19.29 12800) 300 1034 11500) -X (-221 -40 (-401 70 85 75 19 (120) 40 02 305 (1000) 19 700 (5001 6.0 1,5 0.9 182-188 (360-3701 X (1401 telephone cave in sulation 8 jacket Nat 021 tan ox White IX Black 288 Beige 325 'Geon* 8830.8841, and 84203 wire data ran an 20 AWG1/64" wall HYCAR* POLYBLEND 503-H Preblended55/45Geon* vinyt/Hycar* nitrile rubber. Non-mgratory. Nan-volatile. Eliminates mm mteing rubber and rash. Bands Immediately on a cold mill. Excellent ad, chemical, aging rashtanca Excellent dielectric strength. Same uses; plas tics modification, packaging, vie and cable jacketing, straps, belting, shoe vnltlng and up pers. Crumb version (503F-!) available an a special order bash. HYCAR* 1422 POWDER RUBBER Plashes modlflcatkR improves rasfstanct to ultraviolet Ntft and thermal degradation. Can im prove plastic compound reshapes to impact oils and fuels and provide better km-tempenhit flexibility. A non-extracoOe polymeric plas ticizer. Disperses quickly, tmdoraiy. For com* donal equipment Average particle stza it 0.5mm.. HYCAR* 1422X8 POWDER RUBBER Simlm to Him* 1422 except far itipwed mote- tve reshance. used to modify PVC where excel lent thermal and color stability are essential Can he wed h stringent interior automotive applications where a PVC compand with lovy togging charaterhtics is essential. Average particle size a 12 mm. s UCC 040019 Gear 8818 126 66A 1034 (1500) 400 413 (6001 -45 (-491 -50 (-58) 80 80 - -- flaw' 8825 137 86A 1585 12300) 275 1102 (1600) -25 (-13) -30 (-22) 90 75 Saw' 8830 134 68D 2308 (3350) 250 2067 (30001 -15 (51 -30 (-22) 90 90 90 70 -- Gawr 8841 136 80C 20.67 (3000) 260 1516 (2200) -20 (-4) -55 (-57) 70 90 _ - Gem8843 135 924 18,95 (2750) 275 1378 (2000) -15 (5) -26 (-13) 90 90 90 I 90 GW' 8852 1 37 83C 22 05 (32001 275 1378 (2000) -15 (5) -30 1-22) 85 90 65 Gew' 8884 130 800 1791 (2600) 300 13,09 (19001 -25 1-13) -40 (-40) 75 70 flaw' 8891 132 81C 17,23 (25001 250 1378 (2000) -- -- -50 1-58) 90 -- - Gaw 8896 137 82A 14 47 (21001 275 689 (10001 -33 1-27) -34 1-30) 90 95 - - Geon1' 8898 1 36 81C 1929 12800) 275 1585 (23001 -13 (9) -25 1-13) 80 75 100 80 - flaw* 82461 1 31 724 11,37 11650) 375 496 (720) -34 (-29) 67 - Gent' 82718 129 804 1240 (1800) 350 -- -18 (0) -30 (-22) 80 - -- Gear 82882 131 83C 21 70 (31501 300 1585 (2300) -18 10) -30 (-22) 70 65 - Gaan" 84203 121 914 1860 (2700) 325 1102 (16001 -- -- - Gaw 84370 1 35 924 22 74 (3300) 310 13,09 (1900) -25 (-13) -40 (-40) 80 89 - 75 _ 1.5 09 20 2.0 0.8 (9 7) 158) 1130) 112.9) (5,1) - 12 (7 8) 20 (1281 1.5 (99) 55 30 20 30 20 25 20 __ 35 26 1 8 1 5 008 002 014 09 1.5 1.5 05 15 _ 12 - (7 9) - 23 0.1 004 24 (155) 50 238 (7801 610 (2000) " 1068 (3500) -- 854 (2800) - 153 (500) - 1068 (3500) 6 (20) 1068 (3500) 244 (800) 366 (1200) _ 153 (500) _ 747 (2450) : - 1220 - 427 (4000) (14001 "-- " -- -- -- 1,5 198 --. _ _ -- " -- -- -- 15) (650) _ __ _ -- -- -- 0.6 -- 107 _ - (1 9) - -- 0.5 __ (360) 59 - - - - - -- (1 7) -- * - (195) - - _ _ 17 730 (450) 85 30 30 -- -- 177-182 1350-360) 1140) retractile cords 19 700 (500) 25610 (650) 25610 (6501 - 66 2.0 1,2 188-193 (370-380) 80 1176) 80C AWM 4,7 11 12 199-204 (390400) 80 (176) 80CAWM -- 193-199 (380-390) 60 (140) primary Mat 021 White 132 White 135 Black 288 Nat 021 Nat 025 Black 288 Nat 021 23 640 (600) 27 580 (700) 49 32 14 59 20 15 - 193-199 182-188 (380-390) (360-3701 105 (223) 60 (140) low odor NMSUF 105C AWM primary Trans 001 Nat 021 FrNat 022 Whitt 128 Black 288 Nat 021 Black 288 31520 (800) - 31520 (800) 63 1,0 05 188-193 (370-380) 90 (194) 75C THW 90C AWM 7.1 - 2.3 1.5 ~- 177-193 177-182 (370-3801 (350-3601 105 (2231 60 (140) 105CAWM SPT cord MIL-W-16878 Nat 021 FrNat 022 Black 288 Nat 021 Nat 021 FrNat 022 White 132 FrBlack 289 Gray 250 Rad 750 17 730 (4501 - - 35460 - (900) - 5 023 4.3 - -- - ---- _- _ _ 188-199 188-193 (370-390) (370380) 105 (2231 105 (223) TW.THW 10SC plug THHN. THWN molding 1050 AWM 177-182 (3503601 90 (194) 90C insu lation low odor 90C plug 182-188 182-188 (360370) (3603701 60 (1401 90 1194) 60C insu UL 224 lation. 90Cnon- REA PE 220 heat shrink- switchDoaid able tubing 188-193 (370-380) 105 (223) 105C AWM, MIL-W-76 80Cinsulatlon FrNat 021 Black 288 Black 289 Nat 021 FrBlack 288 Trans 002 FrNat 022 FrBlack 289 'Gaw 8898 win. data rw on 14 AWG15 nw wad 'Bun at 60 Ha -Reterences to Fr nkcate llame-iewded compounds' S '-OJ 2S3 srJs - S HYCAR* CTBN LIQUID RUBBER Reduces epoxy resin crack density 400% ml less ens micro-cracking from cyclic stressing. Little or no loss in structural properties, heat distortion temperature. For epoxy resins used m composites, adhesives, tooling, moitSng, encapsulation coatings. GOOD-RITE" 3114 ANTIOXIDANT NoHkscotaing, high moiecuiar weight, trvftiwional hindered phenolic antioxidant. NarHUtatHe in pro cessing. Exceptional light stability Acceptable far use m polypropylene, polyethylene; and EPDM food contact articles and In adwsives. GOOD-RITE' 3135 ANTIOXIDANT High molecular weight, tri-functional, hindered phenolic antioxidant Stabilizes polypropylene and polyethylene against lonfrterm, high temperature degradation. Acceptable for use m polypropylene and polyethylene food contact articles especially *here severe usfreondkions are encountered. UCC 040020 9 GEON* VINYL FOR WIRE AND CABLE SHEATH Specific gravity (* .02) Instantaneous tiarrktess (3) Tensile strength. MPa Ipsi) Elongation % Modulus at 100% elongation. MPa (psi) Bitttleness temperature. C (F) Low temperature flexibility, C (F) Test MetiM Tea CondMoi Geoe* 8720 ASTM 0792 \ ASTM 0 2240 ) ASTM 0412 ( ( ASTM 0412 ) ASTM 0412 ! ASTM 0 746 UL 83 40 mil molded sheets 75 mil sheets 14 AWG 2/64" Mil 120 84A 11,71 (17001 380 6.23 19001 -40 1-40) -60 (-76) Retention ot elongation, % Oven aging UL 83 Oil aging-ASTM Oil No. 2 7daysat100C 7 days at 113C 7daysa i2iC 7daysati36C 4 hours a 70C 4 hours a 1Q0C 4daysati00C 7daysat60C 60daysa60C 60daysa80C 95 90 75 -- 90 -- - Mvsture adsorption, mg/cm2 (mg/in3) UL 83 7daysat70C 0.9 (58) Deformation at 121 C,% UL83 1 hr, 500 gm load 55 Dielectric strengtl). volts/mm (volts/mll) ASTM D149 23640 (600) Dielectric constant at 1000 Hz UL83 1 day at 30C 11.2' volume resistivity, .onm-cmx 10" Insulation resistance, megotims/km (megoftms/iOOOfti ASTM 0257 UL83 1 howal56C 0.004 24 18) Stock extrusion temperature. C (F) 160-166 1320-330) Maximum continuous operation, C (F) 60 (140) Suggested applications cnaua cable, not- contamMhg jacket Gnat* 8737 140 82A 13.78 (2000) 300 7,58 (1100) -40 l-40| -40 (-40) 90 80 75 -- 90 75 -- - 1.9 (125) 30 23640 1600) 7.1 52 122 (40) 182-188 1360-370) ao (176) REA PE 7. PE 73 ML-C-915E (Mack 289) 80C jacket liw 8748 137 85A 13.78 (2000) 340 8.96 (1300) -14 (+101 -30 (-201 - -- 95 90 IX - - 85 X - Gaos* 8801-021 137 90A 17 23 (2500) 300 11 71 (1700) -22 (-30) -40 (-40) X 70 -- -- -- X -- -- 85 --- -- 40 35 31520 1800) 72 0.136 4,9 (16) 33 4X (850) 4.8 21.0 3X0 (1000) 182-188 (360-370) IX (221) 1XC|acka SPTI.2,3, class 12. ok resistant and okpnrrtconl 188-193 (370-380) X (176) general purpose jacket 60Cok, NM jacket Gaea* 8804 135 83A 13 78 I20X) 300 11,71 (1100) -31 (-35) -62 (-55) X 75 -- X - - 1.8 (102) X 23 640 (600) 80 3.7 33.6 (110) 182-1X (360-370) X (176) general punwse jacket CB.CATV coaxial cable Ge*'* 88X 1.25 78A 15.16 (22X) 375 658 (960) -40 (-40) -40 (-40) 85 70 _ -- 75 _ -- - - - X 19 7X (600) 9.5 0008 16.5 (54) 182-188 1360-370) X (140) cokcords. telephone handset crab Colors5 'Gevr* 8806 wire (tala rim tn 20 AWG 1/64* Mil 'Geon* 84350 Oven aging data Ml on 75 ml slabs 'References to Fr nUi flamentarded compands Nat 021 Gray 250 Black 288 Na021 FrStack 269 Na02l Na021 Gray 243 Black 288 IW021 Frtta022 Gray 248 Black 288 FrStack 2X Red 768 Nat 021 Black 288 Beige 320 ucc 10 040021 Gem* 8863 122 82A 14 47 (21X1 325 896 (13X1 -76 (-60) -112 (-X) X - -- X - Gem* 8870 126 78A 1378 (20X1 3X 689 (10X1 -49 (-451 -40 (-40) X X 70 X - Geon* 8880 132 68C 1516 (22X1 300 965 (14X1 -13 (-25) -40 (-40) - as - 95 - Gem* 84059 137 85A 1516 (22X) 3X - -20 (-28) -- - 70 - - - - Gon* 84295 155 88A 1102 (16X) 275 7 23 11050) -22 (-30) -40 (-40) 85 -- - 85 - Gam" 84319 129 83A 17 23 (25X) 350 8.96 (13X) -40 1-40) -- - 95 _ - - - Gam* 84343 125 76A 13 78 (20X) 360 586 (8X1 -76 l-X) _ - - -- - - Gam* 84350 1.23 XA 13 78 (20X) 325 689 (10X1 -22 (_--30) - X _ - - - Gam" 84350 141 83A 12.92 (1875) 2X 7 23 (10X1 -22 (_-_30) - - - - - 30 1 1 12 (1951 (6.9) (7 9) - 25 35 26 - 2.9 (1881 X - 23640 (6X1 10.5 0.002 10.7 (35) 27 5X (7X1 70 0.015 275 (X) 31520 (8X1 7,1 0.X 11,6 (38) - - _ 27 5X (700) 6.8 2.6 42.7 (1X1 - - _ _ ~~ 177-182 (350-360) X (IX) low temperatura. oil resistant lacket. missile cable FrGray249 Black 288 FrBlack 289 177-182 (350-360) IX (221) -40Cto 1XC jacket Nat 021 Gra2X Black 288 193-204 (380-4) X (1941 non-contamF ruling to WkfettiyMM power cable lacket. MH-C-915E special pur pose |Kket FrBlack 288 182-188 (360370) X (IX) switchboard cable lacket. REA PE 220 tormdoor use 177-182 (350380) X (IX) applications requiring kjwcNotim content jacket 182-188 1360370) X (140) REAPEX station wire lacket, REA PE 220 (Of outdoor lacket Nat 021 Gray 243 FrBlack 2X FrNat021 FrGray243 FrBlack 289 FrBetge320 - - - __ _ " 177-182 1350360) X I1X) MIL-C-915 reooatedDex lacket. low temperature lacket FrNat022 FrGray 243 FrBlack 289 " - - _ _ -- 182-188 (360370) X (140) teiepbone modular card lacket FrTransXl - - - - _ 177-182 13503X1 X (1X1 low cost coaxial table, CATV, and general purpose lacket Black 288 ucc 040022 11 GEON' VINYL FLEXIBLE MOLDING AND EXTRUDING COMPOUNDS Specific gravity 0.02 Hardness. Ourometer A 3' Tensile strength. MPa (psi) Elongation. % Modulus at 100% elongation. MPa IPSO ASTM Test Method 0 792 D2240 0412 D412 D412 Good* 8812 124 B5A-58A 11.3 (1.6501 400 34 1600) Brittle temperature. C D 746 PF) Graves tear. kN/cm D1004 (IW/inl Clash-Berg stiffness D1043 Modulus Ol rigidity at 35C. MPa tPSl) Tf.lC Emery 24 hrs at 70C. % loss D1203 Volatility 24 hrs. at lOO^C. % loss 01203 -43 (-49) 315 080) 324 (4,700) -40 _ -0.39 Dielectric strength, volts/mm (volts/mili D149 27.600 (700) Stock extrusion, molding temp. C (F) 168-176 (336-350) Geon* 8813 127 75A-69A 13.1 (1.900) 380 5.5 (800) -40 1-45) 43,8 (250) 1447 121.000) <"40 _ -0.28 30.000 (600) 173-182 (345-360) Gene* 8814 132 85A-80A 16.5 (2.400) 310 9.0 (1.300) -32 (-37) 70.0 (400) 318,3 (46.200) -35 -- 0.28 34,000 (720) 179-187 (355-370) Geon* 8815 1 34 95A-9QA 193 (2.8001 290 124 (1.800) -25 1-19) 80.5 (460) 463.7 (67,300) -30 _ - 35.600 (720) 182-190 (360-375) Geen* 8883 1.26 9QA-85A 193 (2.800) 300 148 (2,1501 -23 (-10) 87.0 (450) - _ - - 182-187 (360-370) Geon* 83403 119 65A-59A 11,0 (1.600) 425 4,5 (650) -48 1-50) 24.5 (140) - 0.49 - _ 176-182 (350-360) Geon* 83457 122 78A 17.3 (2,7001 300 82 (1.200) -35 (-30) 43.8 (250) Geon* 83741 1.37 72A 10.7 (1,550) 310 47 (6751 _ - --- __ -- -- - 168-176 168-176 (335-350) (335-350) Geon* 83718 138 8QA 121 (1.750) 275 62 (900) _ - - _ - _ - 170-179 1340-355) Geon* 83794 142 90A 152 (2.200) 280 83 (1.200) -26 -15 613 (350) - - _ - 173-182 (345-3601 Geon* 8867 1.42 70A 10.4 (1,350) 270 45 (650) -22 (-9) - - _ - 176-182 (350-360) Accelerated Aging Data Atlas Weatner-Ometer 1000 hours Tensile strength. MPa IPSI) Elongation. % Modulus at 100% elongation. MPa IPSO Hardness, Durometer A 3 D 42-57 Type'E" Equipment 69 (1.000) 250 4.8 (700) 65A Atlas Weather-Ometer 2000 hours Tensile strength, MPa Elongation. % (PSD Modulus at 100% elongation, MPa (PSl) Hardness, Durometer A 3 5.5 (600) 280 5.1 (750) 73A 11,7 (1,700) 300 86 (1.250) 77A 11.0 (1.600) 240 76 (1.100) 85A 13.8 (2.000) 200 11 7 (1.7001 86A 12,8 (1850) 220 114 (1.650) 90A 15.2 (2.200) 200 14.5 (2.100) 90A 14.5 (2.100) 200 14.5 (2,000) 91A - - ------ --- --- 10,3 (1.500) 360 5.2 (750) 77A 11.9 (1.725) 350 72 (1.050) 87A 14,5 (2.100) 300 110 (1.590) 95A - -- - 96 (1,400) 330 52 (750) 81A 112 (1.625) 320 6.5 (950) B4A 14,5 (2.100) 300 108 (1,565) 95A _ - - Air-oven Aging - 7 days at 100C Tensile strength, MPa (psil Elongation, % Modulus at 300% elongation, MPa (PSD Weight change. % 0 573 Suggested Uses 13.8 (2.000) 260 13.4 (1.950) -10.4 14,5 (2.100) 260 7Z (1.750) -10.5 17.6 (2.550) 240 17.2 (2.500) -10.8 193 12.800) 230 18.6 (2.700) -10.1 General Molding. Extrusion _ -- - - Highgloss extrusion molding ------ ---- --- --_ General molding, extrusion. FDA acceptaole Transparent General moidino. extrusion. Transparent Weather strip _ _ - - Weather strip _ _ -- - Weather strip _ _ _ _ - Nonfflvratmo ' Figure after ctasft is value after 1 5-second delay ucc 040023 12 1 w 4 TM RIGID GEON ` VINYLS--INJECTION MOLDING COMPOUNDS ASTM Test Method Soecilic gravity 0,02 D 792 Hardness Durometer 0 pts 0 2240 Tensile strength. MPa IPSII 0 638 Tensile modulus. MPa ipsi; D 638 Elongation % 0 638 Flexural strength. MPa IPSI) 0 790 Flexural modulus. MPa (PSlI 0 790 izod impact strettgtn, notched at 23C (72F) D 256 iCRjies/cm Ift-lb/in) Heat detiection temp at 1 8 MPa 1264 psil 0 46 MPa 166 psil C (F| C (F) 0 648 Coefficient of linear expansion D 696 10'cm/cm C llO4 in/tn, F) Gear 87237 1 40 78 Gaon` 87238* 135 77 Gadn87239 1.38 78 Gate87241 t 135 80 Gam* 87242 1,35 81 Seat85856 1 45 80 41 4 (6.000) 407 (5.900) 46.2 (6 7001 42.7 16.200) 527 (7.650) 444 16.450) 2530 (367,000) 125 2241 (325.000) 125 2827 (410000) 125 2517 (3650001 100 2859 (415.000) 145 3169 (450000) 125 79.3 (11 5001 758 (11,000) 890 (12.900) 793 (11.500) 925 (13,420) 690 (10.000) 2792 (405.000) 2565 (372,0001 3227 (468.000) 2737 (397.000) 3204 1465.000) 2997 (435.000) 0.58 8.0 0.4 6.4 12 (1 D (15.01 (0,7) (12.0) (2.3) 68 (154) 74 (165) 67 (153) 74 (165) 68 (154) 71 (1601 68 (154) 72 (161) 67 (152) 70 (158) _ Lead Stabilized - Lead Stabilized - - Tin Stabilized - Tin Stabilized - Transparent 69 (1301 71 (160) 74 (1651 11 7 (65) Exterior TELCAR" THERMOPLASTIC ELASTOMERS Ongmal Physical Properties* Specific Gravity. =0,02 Hardness, Durometer A Durometer D flexural Modulus. MPa (psil Tensile strength. MPa Ipsi) Elongation % 100% Modulus. MPa (psil 300% Modulus. MPa (osi) Tear Strength. Die C. (KIDN//mm) ASTM Method D792 02240 0790 0412 D624 TatarTR 101 0,92 95 55 380 155.0001 18.600 12700) 700 10.34 (1500) 1034 (1500) 128 (730) TatarTR 102 0.92 _ 61 550 (80.000) 18.000 (2610) 700 1T.71 (1700) 12.06 (1750) 127 17251 TatarTR 150 102 59 620 190.000) 14000 (2030) 550 1102 11600) 1137 11650) 96 15501 TatarTR 301 088 80 - 537 (7800) 117 (17001 750 41 1600) 52 (760) 54.3 (310) Tata TR 302 0.88 75 - 427 (6200) 83 (1200) 900 3,1 (450) 3.8 (550) 38.5 (220) Tatar' TR 340 0.89 91 - 1723 (25.0001 100 (1450) 700 52 (750) 5.9 (850) 70.0 1400) TatarTR 355 094 94 _ 241.2 (35.000) 20.0 12900) 800 9.0 11500) 9.6 (1400) 980 (560) TatarTR 413 108 78 - 593 (86001 96 (14001 800 34 (500) 4,8 (700) 40.3 (280) x Compression set. Method B. % 0395 45.0 45.0 400 34.0 32.0 36.0 490 200 22 hours at 23C (72F) Melt index, g/10 minutes condition L: 2.16 kg at 230C (446F) 6.001238 20 45 2.0 16 3.4 5.4 0.9 'Data oased on injection molded slabs. 8x15x.3 cm (3xE x .125' and tasted at 5 cm/min. (27mm) ucc 040024 13 ESTANE' THERMOPLASTIC POLYURETHANE POLYMERS island Polymer Number Viscosity Range' cPorMPa-s Shore Hardness Characteristics (Pale amber polyester-urethane, granular, calcium stearatedusM unless otherwise noted) 5701 FI 300-700 88A Excellent flexibility resistant td chemicals and abrasion. Compatible with many additives and other resins 5702 5702 FI 5702 F2 300-500 500-800 800-12K 7QA 70A 70A Readily soluble, easy processing. Broadly compatible with adhesives and other resins 5703 5703 FI 5703 F2 300-500 500-800 800-1200 7QA 7QA 70A Readily soluble, high adhesion, compatible with additives and resins, talc dusted. 5707 FI 670-1290" 500 Most resistant to chemicals, abrasion, tearing. Highest tensile strength 5708 FI 5710F1 420-780" 400-800 87A 78A Best low-temperature flexibility Soft, tough makes vety flexible film with exceptional "hand." Blend with other resins to improve low-temperature flexibility Good chemical resistance 5711 5712 5713 5716 5714 FI 5715 1800-3000" 2100-3800* 800-1300 2200-4000* 600-1200 100-200* 420 420 420 300 8QA 630 "Open tack" series. High crystalline. Dries to non-tacky film Tack is easily restored by beat tx solvent treatment High strength, flexible bonds. Resistant to plasticisers and other chemicals. Talc dusted. 5711 activates at approximately 49C |120F), 5712 at approximately 57C (135F) and 5713 at 80C (i75F) or highst. Potyethet-based polyurethane. Excellent resistance to hydrolysis and fungus, excep tional tow-temperatike flexibility, good resistance to chemicals and abrasion Limited compatibility with other Estane* polymers Readily soluble m MEK. produces hard, flexible, abrasion-resistant coating. Brookfield RVF viscosities at 25C Solutions contained 15% total solids in THF itetrahytkoturani except as noted. !15% total solids in DMF (dimethyl lormaimde). *20% total solids in MEK (methyl ethyl ketone). Suggested Usee Binders, coated fabrics, adhesive mending resins. Fabric coating, "tie coat" for trans fer coating process, mending resin tor coating and adhesives. Shoe construction adhesives, com mercial adhesives systems, fabric lam ination. tape and sheet adhesives, hinders. Binders, outerwear, leather finishes hy direct coating Gloss, matte and leather finish outer wear Dy transfer coating lor coats, boots, purses and luggage. Free Him casting______________________ Fabric coating Fabric coating by direct and transfer methods, Dtntfers, commercial coating systems High speed assembly at footwear multimaterial laminates, hot-melt sealing. heat activated "open tack" adhesives in sheet and tape form. Fabric coating, lifeiackets, tarpaulins. Binders, leather dressing, commercial coatings, paper and toll coatings. ESTANE' THERMOPLASTIC POLYURETHANE COMPOUNDS Estane' Compound Number if MX Speckle Gravity Chtratarlittes tPPhmtir-urtriune anfeea otherwise neted) 58013 86A 1.21 Medium hardness, excellent resistance to cuts, tears, abrasion. Easy processmg by extrusov 58091 700 115 High harmless, semi-rigid. Excellent dll and grease resistance. 58092 58109 58121 58130 58133 58134 58136 58137 58271 58277 58300 58309 58311 58360 58370 58630 450 90A 75A 500 550 450 450 650 87A 93A 8M 85A 85A 93A 86A 82A 122 Finn, flexible, most resistant to chemicals and abrasion, highest progenies, towblockng. 122 Exceptional tow-temperature resilience and flexibility, melt strength, abrasion resis tance. compression set. Fast molding and release. 1.21 Tbesoftest Estane1 compound Excellent abrasion resistance and now. Used for shoe soles and heels and in applications similar to 58109 where softer material is desired. 1.21 A medium hard conpamd wth excellent tow temperature impact strength and good heat resistance. 121 A high modulus matettol with excellent heat resistance and last molding cycles. Used where some structural strength is required. 1.21 Medium-soft compound wilt) excellent molding charactenstlos. fast cycle time. For applications requiring good abrasai and cut resistanca. 121 Exeeflw outdoor weatherng properties ftherwise very similar to Estane1 58134. For cattle tags, other Mon-performance applications. 121 A very ftigdy modulus material with excellent heat resistance and last molding cycles. Used where good structural strenthh moused. 121 Both Estane' 56271 and 58277 have acceptability under FDA regulations 1212520. 121 121.2522 and 1212562. These materials are also acceptable by the USOA, lor use In processmg or storage areas tor direct contact wkh meat or poultry toad products graparod tmder Federal Inspection. 1.13 Polyether base. Excellent resistance to hydrolysis, improved fungus resis tance. Exceptional tow-temperatiie flexMity 1.14 Polyether base. Excellent hydrolysis resistance Good amt-dock characteristics, low temparaftn properitles. teat properties. 1 14 Potyether base. Excellent resistance to hytkotysis. toetroved fungus resistance. Good low temperature properties Good abrasion, high tear properties. 128 Polyester based pohurethane. Characteristics smkar to 58800. Oxygen index 25.4% IASTM 0 69). Used xi film/sheet and was and cable tacketlng- 1 18 Pohether-based polyurethane. Characteristics similar to 58300. Oxen index 26.5% (AStM 0 891 Used lor wire and cable jacketing. 114 Low hatttoess, polyether-based compound wth hyrkutyDc and ftmgua resistance, good tow-temperatire flexiMity. Low softaimg pon. *021 and 022 natural (Pale An*er), 288 and 289 Black. Other com made Dy mixing Q2t natural with color mastertatch or Dy specie order. Suggested Uses Extrusion-tubing, shapes, sheet Injection molding, automotive parts, appliance gears Injection molding, extrusion--film, sheet, tubmg and shapes. Iniectmn molding, O' rings, seals. Election molding. Injection molding, automotive parts. Iniection molding, ice skates, auto motive parts. Injection molding. All purpose matanat. Iniection molding. Intaction molding, automotive pans. ski hoots. Extrusion. Extrusion, imection molding-nose and wire jacketing, molded junctions. Extrusion, njnctkxt molding - Hose film and sneat. turnExtrusion, iniection mokttog - nose, wire jacketmg. and sheet Flame-retarded extrusions Ftameretanled extrusions. Caiandtra. Zkmners. and Bemacoaters. Musutai coated talkies and turns. Good adhesion. ucc 040025 PROPERTIES OF GEON* CPVC COMPOUNDS (Typical vainaa at uapmlai (ROHM tMptoi} Form o compand Specific gravity, 0.02 Harmless. Rockwell R. Method A Tensile strength, MPa (psi) a 0C I32F) 23C (73F) 60C naO^F) 82C (180 F) 93C |200F) 110C (230 F) Modulus of elasticity n tension, MPa (psi) a 0C (32F) 23C (73F) 60C(140F) S2C I180F) 93C (200F) 110C (230F) Flexura strength. MPa (psi) a 23C (73F) Flexural modulus MPa (psi) a 23C (73F) Heat deflection temperature, annealed samples a 1,8 MPa (264 psi). C (F) a 0,5 MPa (66 PSD, C (F) land Impact strength, notched toules/cm (ft-lbs/nchia 23C(73F) 0C (32F) -18C (0F) -40C (-40F) Dielectric strength, volts/mm Ivotis/mil]* Oieioctrc constant* HP Ht 10* Hz Power factor* 60 Hz 1000 Hz Coefficient of thermal conductivity' W/m*K(BTU'in/ft!*h-0F) Coefficient of thermal expansion* 10* cm/cm. C (10s in/in, F) Water absorption, % weight gam. 24 hours* `Room temperature AftTM Tsfl MetSod 0 792 0 785 0638 0638 0 790 D 790 0648 0256 D149 D150 0150 C 177 D696 0 570 Extrusion PIN Geer 3007 cube 1,55 120 68(9,9001 58(8.400) 40(5.800) 28(4,100) 23 (3.400) 17(2,4001 3436I489M) 2 919 (423M) 2 2291323M) 1 856I269M) 1 566I227M) 1 297 (188M) 108(15,600) 2 9391426M) 105(221) 1.6 (3.0) 1.0(1 81 0.5(1.01 0.3(061 51 22011.300) 3.4 3.3 019 015 0,137(0.95) 6.8 (3.8) .05 Extrustoe PtetPrsfle Gear* 88934 cube 1 57 119 10.500 8.400 -- 4,300 -- - (55064) (405M) -- (314M) -- - (15.000) (395M) (216) - (2.0) 1.0 0.6 0.7 -- -- _ -- * (3.6) MeMM| Fittings Geer 3010 cube 1.52 118 57 (8.200) -- -- -- - -- 3 312 (480M) -- -- -- 110(16,000) 2 760 (400*4) 1001212) 104 (220) 1.1 (2.0) -- -- 51 220(1.300) 3,4 3.3 .019 .015 -- 68(38) ,05 Maldtagand Ciistae Extrusion Gear* 88933 cube 1,52 119 -- 8.200 -- -- -- (405M) -- -- -- (14.500) (387M) (212) (220) (2.3) -- - _ -- _ -- -- (39) CARBOSET' ACRYLIC RESJNS Resin Number XL-11 Appearance as supplied Milky white dispersion Resm concentration and solvent 30% m ammonia wttr Viscosity, cp or MPa-s 50 Density, kg/rrP (Ibs/gal) 1 040 (87) pH as supplied 6,4-7 0 Acid number 70-80 Type Thermoplastic Molecular weight 40.000 Hardness (Sward) 35 Tensile strength. MPa (psi) -- - Songaian. % - XL-19 Milky white dispersion 40% in ammonfe mmt 35 1 052 18.8) 7.2-78 29-35 Tttermoolastlc 30.000 21 -- - - S14H Milky white dispersion 40% in ammonia wtter 350 1052 (8.8) 67-7 3 60-70 Thermoplastic 30.000 24 11.0 (1.600) 50 514A Clear colorless solution 70% isopropyl alcohol 10000-15000 1030 (8.6) 60-70 Thermoplastic 30.000 24 516 Clear cdotiess ikruid 100% liquid resfn 2 000 000 1 100 (92) - 6065 Thermoplastic 7.000 Liquid 11.0 (1.600) 50 Liquid Liquid - S2S Granular white solid 100% solid resin - -- 76-85 Thermoplasnc 260.000 24 282 (4.100) 165 531 Translucent white solution 25% m ammonia water 2 000 1 040 (8.7) 7.4-82 60-70 Thermoset 1.000.000-HCured) 32 " - - Ucc 40026 METRIC UNIT STYLE GUIDE PM-2 data were originally expressed in "customary units" regularly used in United States science and technology. The BFGoodrich Company has adopted the standards of the SI metric system. SI abbreviation of the French phrase Le Systeme International d'Unites is the system of units estab lished from seven Base Units for the measurement of length, mass. time, electric current, temperature, luminous intensity, amount of substance, and two supplementary units for plane angle and solid angle. Other units such as force, power, work, energy, electrical potential, area, volume, pressure, etc are derived from these seven base units. Multiple and divisions of Base Units are simply related by powers of 10 and expressed by adding a prefix to the name of the Base Unit. For example: millimeter for one-thousandth of a meter, Kilogram for one thousand grams, etc Prefix tera giga mega kilo necto decs HO12) (10s) (10*1 (103) (10!l (10)' MULTIPLES Means One trillion times One billion times One million times One thousand times One hundred times len times Prefix decl cent! millt micro nano PICO DIVISIONS Means (10") One tenth ol (10') One hundredth of (103) One thousandth of (im One millionth ol n<n One billionth of HO''2) One tnltionth of 'Some discretion, however, has been exercised on grounds of "reasonableness" All units and symbols have been expressed according to "pure" SI principles as far as possible. *ASTM E 380-76 Standard Metric Practice Guide DEFINITIONS OF BASIC SYMBOLS Unit Name ampere candela hertz joule kelvin kilogram metre mole newton ohm oascal poise second volt wan Symbol A cd Hz J K kg m mol N n Pa P s V w Quantity electrc current luminous intensity frequency energy thermodynamic temperature' mass length amount of substance force or weight electrical resistance pressure or stress una of viscosity time electrical potential powtf 'Degree Celsius |C) U.S./METRIC EQUIVALENTS multiply BTU-m/lfttJ-F ft ft-lb ft-iD/incn gms/100 sq m/24 hrs in in/in, F in/mm Ib/gal Ib/in Ib/mtl megohms/1000 ft mg/in2 mil PSI voits/mil C = (F-321/1 8 ty: 0144 0.305 1356 0 534 15.5 254 1.8 254 119,8 175 175.0 0 305 0.155 0,0254 000689 394 to get: W/m-K m joules loules/cm gms/100 sg m/24 hrs mm cm/cm.C cm/mm KQ/m3 kN/m kN/m megohms/km mg/cm2 mm MPa volts/mm Because of the possible confusion between European and United States practices, the use of a comma (,) as a thou sands separator, should be avoided. A gap between groups of three figures, counted from left or right of the decimal point is to be used. A period (.) is to be used as a decimal marker. Example: 63 093.969 12 When there are only four figures either side of the decimal point, a gap between groups of three figures is optional, however, for uniformity, a gap will be used. Example: 4 512.577 2 Where the figure is less than one, a zero is inserted before the decimal place. Example: 0.4 0.027 61 Data within PM-2 are indicated in both metric and U S. units. NON WARRANTY The information contained herein is believed to be reliable, but no representations, guarantees or warranties of any kind are made as to its accuracy, suitability for particular applica tions or the results to be obtained therefrom. The information is based on laboratory work with small-scale equipment and does not necessarily indicate end product performance. Because of variations in methods, conditions and equip ment used commercially in processing these materials, no warranties or guarantees are made as to the suitability of the products for the applications disclosed. Full-scale testing and end product performance are the responsibility of the user. BFGoodrich shall not be liable for and the customer assumes ail risk and liability of any use or handling of any material beyond BFGoodricn's direct control. THE SELLER MAKES NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING. BUT NOT LIMITED TO, THE IMPLIED WAR RANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Nothing contained herein is to be considered as permission, recommendation, nor as an inducement to practice any patented invention without permission of the patent owner. Printed in U S A. Litho In USA ucc 040027 79Q8AA BFGoodrich Chemical Group The BFGoodrich Company Chemical Group 6100 Oak Tree Boulevard Cleveland. 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